# https://namf.com/ llms-full.txt ## Metal Fabrication Solutions ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/hero-homepage-1.png) ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/homepage-tank.png) # You design it, and we build it Your single source for metal fabrication and precision manufacturing [Contact](https://namf.com/contact/ "Contact") [Our Capabilities](https://namf.com/capabilities/ "Our Capabilities") You design it, and we build it Your single source for metal fabrication and precision manufacturing [Contact](https://namf.com/contact/ "Contact") [Our Capabilities](https://namf.com/capabilities/ "Our Capabilities") ![NAMF Defense and Aerospace](https://namf.com/wp-content/uploads/2025/02/namf-defense-and-aerospace.png) ![AS9100D - Logo](https://namf.com/wp-content/uploads/2025/02/as9100d-logo.png) ![NAVSEA](https://namf.com/wp-content/uploads/2025/02/navsea.png) ![NADCAP](https://namf.com/wp-content/uploads/2025/02/nadcap.png) ![ITAR](https://namf.com/wp-content/uploads/2025/02/itar.png) When you work with NAMF, you have a single source for your defense and aerospace projects, streamlined through one contact for your entire fabrication and manufacturing project. - PRECISION MACHINED PARTS - RUGGEDIZED DIP-BLAZED ENCLOSURES - COMPLETE IN-HOUSE CAPABILITIES [Start Manufacturing](https://namf.com/contact/ "Start Manufacturing") ## New Age Precision Manufacturing We specialize in precision machining and manufacturing solutions. They focus on delivering high-quality components and assemblies for various industries, including aerospace, automotive, medical, and electronics. Known for their advanced technology and skilled workforce, New Age Precision emphasizes innovation, efficiency, and customer satisfaction. Their capabilities often include CNC machining, milling, turning, and assembly services, catering to both large-scale production and custom orders. [Learn More](https://namf.com/napm/ "Learn More") ![Precision Manufacturing](https://namf.com/wp-content/uploads/2025/02/precision-manufacturing.png) ## Leaders in Custom Metal Fabrication With over half a century of experience working with the defense and aerospace industries, we know you can’t slow down manufacturing just to source the materials for a part. We can handle your entire project, from sourcing to fabricating and manufacturing, while you only talk to one contact for updates. Step 1: ## Meet Your Single Point of Contact As a metal fabricator and precision manufacturer, we are the single source for your product. You won’t need to find a supplier before we can start manufacturing. Step 2: ## Approve the Solution After reviewing your project details, we offer super-fast quotes to keep your project moving. Whether you need a prototype or full production, we handle the whole process in-house. Step 3: ## Receive Your Final Product As a completely turnkey solution, we save you time and money with a streamlined process for high-quality metal fabrication and precision manufacturing. ![Collaborative. Fast. High-Quality.](https://namf.com/wp-content/uploads/2025/02/collaborative-fast-high-quality.png) ## Collaborative. Fast. High-Quality. [**Precision Manufacturing**\\ \\ Accuracy, quality, and durability \\ \\ for your project.\\ \\ READ MORE](https://namf.com/napm/) [**Dip Brazing**\\ \\ Keep your part or product strong with dip brazing for the final step.\\ \\ READ MORE](https://namf.com/capabilities/dip-brazing/) [**Metal Fabrication**\\ \\ From laser cutting to painting and coating, NAMF works for you.\\ \\ READ MORE](https://namf.com/capabilities/metal-fabrication/) [**CNC Milling**\\ \\ Horizontal, vertical, and 5-axis machining trusted by the defense and aerospace industries for over 60 years.\\ \\ READ MORE](https://namf.com/capabilities/cnc-milling/) [**Solutions**\\ \\ Discover the portfolio of services and gallery of projects to prove our process.\\ \\ READ MORE](https://namf.com/solutions/) ![Standout - 2](https://namf.com/wp-content/uploads/2025/02/standout-2.png) ## Fabrication to Manufacturing Under One Roof ![Made in USA](https://namf.com/wp-content/uploads/2025/02/made-in-usa.png) At NAMF, we know your single part can’t hold up the entire manufacturing process. In order to keep things moving, you need vendors for materials, cutting, manufacturing, and more. Then, you’ll have to keep track of all those emails, making you feel like you’ve already fallen behind. We believe the process can be simple. **After more than 60 years, we understand the specific risks and requirements in manufacturing for the defense and aerospace industries, which is why we’re ITAR, AS-9100, Nadcap, and NAVSEA certified.** [Contact](https://namf.com/contact/ "Contact") [Our Capabilities](https://namf.com/capabilities/ "Our Capabilities") ## Here’s how it works: **First**, you meet your single point of contact for the project. No more managing multiple vendors for a single part—work with one person. **Next**, we know you’re on a time crunch, so we have super-fast quotes and lead times to get your project moving. Once you’ve approved your solution, we’ll get to work and quickly turn around your final product. So, whether you’re looking for the prototype or the end result, we keep the process streamlined and efficient with fabrication and manufacturing all under one roof. **Stop trying to source every component yourself, and trust the certified experts to finish the project.** ![How It Works](https://namf.com/wp-content/uploads/2025/02/how-it-works.png) [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/#) [Terms & Conditions.](https://namf.com/#) ## Metal Fabrication Insights ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/hero-homepage-1.png) ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/homepage-tank.png) # Author: uberuser Your single source for metal fabrication and precision manufacturing Your single source for metal fabrication and precision manufacturing [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/author/uberuser/#) [Terms & Conditions.](https://namf.com/author/uberuser/#) ## NAMF Capabilities Statement # Capabilities Statement [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/resources/capabilities-statement/#) [Terms & Conditions.](https://namf.com/resources/capabilities-statement/#) ## Precision Manufacturing Solutions ![Header - NAPM](https://namf.com/wp-content/uploads/2025/02/header-napm.png) # Your Precision Manufacturing Partner Enhance Efficiency with One Stop for Fabrication & Machining [Start Manufacturing](https://namf.com/contact/ "Start Manufacturing") [Our Capabilities](https://namf.com/capabilities/ "Our Capabilities") From precision metal fabricating, CNC machining, and aluminum dip brazing, we have the equipment necessary to meet the high tolerances for your project. New Age Precision Manufacturing is an ISO 9001:2015 and AS9100D registered company, so you can be confident in our quality standards. [Get Started](https://namf.com/contact/ "Get Started") ![NAPM - Featured](https://namf.com/wp-content/uploads/2025/02/napm-featured.png) ## Experienced. High-Quality. Single-Source. ## Dip-brazed Assembly With over half a century of experience in the defense and aerospace industries, we know aluminum dip brazing. ## Quick Turnarounds When you're making a prototype, you need to see if it works quickly, and we offer the fast turnaround times you need. ## Production Runs Don't send your production line through different vendors: use a single source for fabrication through manufacturing. ## Over 60 Years of Quality Precision Manufacturing Working with New Age Companies means you get high-quality fabrication from leaders in manufacturing for the defense and aerospace industries. Step 1: ## Meet Your Single Point of Contact As a metal fabricator and precision manufacturer, we are the single source for your product. You won’t need to find a supplier before we can start manufacturing. Step 2: ## Approve the Solution After reviewing your project details, we offer super-fast quotes to keep your project moving. Whether you need a prototype or full production, we handle the whole process in-house. Step 3: ## Receive Your Final Product As a completely turnkey solution, we save you time and money with a streamlined process for high-quality metal fabrication and precision manufacturing. ![](https://namf.com/wp-content/uploads/2025/02/BG-Standout-2.png) ## Your One Stop for Precision Manufacturing At New Age Precision Manufacturing, we know you have timelines and budgets to juggle, along with stringent requirements and standards to meet. You don’t have time for sourcing the supplies, ensuring they get to the manufacturer on schedule, and then shipping the product off to another vendor for the finishing process. That’s why NAPM and our sister company New Age Metal Fabricating work together to be your single source for precision manufacturing. We understand every facet of manufacturing for the aerospace and defense industries, and that’s why we believe you should only work with one contact for your project. ![NAPM - Here's How](https://namf.com/wp-content/uploads/2025/02/napm-heres-how.png) ## Here’s how we do it: First, you’ll meet your contact when you email us to get the process started. Then, we’ll sign an NDA, and our team will get to work on turning around a super-fast quote so you can get your project moving. Once the quote is approved and order is placed, we start fabricating and machining all under one roof until your project is finished. So, whether you’re making a prototype or manufacturing at scale, we’ll become your partner in precision manufacturing, taking your project from design to product in one place. Contact us today to start manufacturing. [Contact Us](https://namf.com/contact/ "Contact Us") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/napm/#) [Terms & Conditions.](https://namf.com/napm/#) ## Manufacturing Solutions ![Header - Solutions](https://namf.com/wp-content/uploads/2025/02/header-solutions.png) # Solutions for your Manufacturing Process Discover Our Best Work [Contact Us](https://namf.com/contact/ "Contact Us") [Solutions](https://namf.com/solutions/ "Solutions") Save yourself time and money with custom solutions for metal fabrication and precision manufacturing f rom a single source. We take care of the material sourcing and shipping, so you only have one contact for the project. [Start Manufacturing](https://namf.com/contact/ "Start Manufacturing") [![Portfolio](https://namf.com/wp-content/uploads/2025/02/bucket-portfolio.png)\\ \\ **Portfolio** \\ \\ See our precision manufacturing capabilities with details on specific projects requiring careful engineering and high-quality pieces.\\ \\ READ MORE](https://namf.com/solutions/portfolio/) [![Gallery](https://namf.com/wp-content/uploads/2025/02/bucket-gallery.png)\\ \\ **Gallery** \\ \\ Precision at all sizes: In our gallery, f ind examples of our value-added services, coatings, brazing, and more features all available under one roof.\\ \\ READ MORE](https://namf.com/solutions/gallery/) ## Leaders in Custom Metal Fabrication At the New Age companies, we’ve streamlined your process, so you don’t have to track shipments between suppliers, fabricators, machine shops, or anywhere else. We have everything you need in one place, with over 60 years of experience in military-grade manufacturing. Step 1: ## Meet Your Single Point of Contact As a metal fabricator and precision manufacturer, we are the single source for your product. You won’t need to find a supplier before we can start manufacturing. Step 2: ## Approve the Solution After reviewing your project details, we offer super-fast quotes to keep your project moving. Whether you need a prototype or full production, we handle the whole process in-house. Step 3: ## Receive Your Final Product As a completely turnkey solution, we save you time and money with a streamlined process for high-quality metal fabrication and precision manufacturing. [Get Started](https://namf.com/contact/ "Get Started") ![BG - Solutions](https://namf.com/wp-content/uploads/2025/02/bg-solutions.png) ## Precision Fabricating and Manufacturing Solutions At the New Age companies, we know bringing your engineered design to life can take too many steps. We save you time and money by quickly sourcing your materials, then handling all the fabrication services – laser cutting, punching, forming, welding coating, painting, and more – as well as machining the pieces on site with our CNC milling machines. All you need to do is complete a contact form or send us an email, and then we will get to work on the quick quote. Once you say yes, we’ll source your materials and take over manufacturing from there. You only have to talk to one point of contact, so you can keep working on engineering instead of tracking shipments and following up with multiple vendors. We know speed is important to you, so we offer quick lead times. Then, you receive your product and move on to the next project. [Our Capabilities](https://namf.com/capabilities/ "Our Capabilities") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/solutions/#) [Terms & Conditions.](https://namf.com/solutions/#) ## Aerospace Manufacturing Solutions ![Header - Capabilities](https://namf.com/wp-content/uploads/2025/02/header-capabilities.png) # Efficient Defense & Aerospace Manufacturing From prototypes to manufacturing at scale [Start Manufacturing](https://namf.com/contact/ "Start Manufacturing") [Solutions](https://namf.com/solutions/ "Solutions") ![Featured - Capabilities](https://namf.com/wp-content/uploads/2025/02/featured-capabilities.png) At NAMF and NAPM, we want to make our part of the process simple for you. As a turnkey solution for your metal fabrication and precision manufacturing needs, you don’t need to source materials or search for additional vendors. We handle everything as a single point of contact for your project, with super-fast quotes and speedy lead times. Let us get working for you. [Start Manufacturing](https://namf.com/contact/ "Start Manufacturing") ## Single-Source Services [**Dip-Brazing**\\ \\ Top-of-the-line aluminum dip brazing services for high- quality and durable products across the military, defense, and aerospace industries.\\ \\ READ MORE](https://namf.com/capabilities/dip-brazing/) [**Metal Fabrication**\\ \\ Laser cutting, punching, forming, welding, chemical conversion coatings, and painting to meet your exact requirements.\\ \\ READ MORE](https://namf.com/capabilities/metal-fabrication/) [**CNC Machining**\\ \\ Over 25 machines for vertical, horizontal, and 5-axis milling giving you superior accuracy and efficiency.\\ \\ READ MORE](https://namf.com/capabilities/cnc-milling/) ## Keeping You on the Cutting Edge Consolidate your sourcing efforts with one contact for the entire process. Step 1: ## Meet Your Single Point of Contact As a metal fabricator and precision manufacturer, we are the single source for your product. You won’t need to find a supplier before we can start manufacturing. Step 2: ## Approve the Solution After reviewing your project details, we offer super-fast quotes to keep your project moving. Whether you need a prototype or full production, we handle the whole process in-house. Step 3: ## Receive Your Final Product As a completely turnkey solution, we save you time and money with a streamlined process for high-quality metal fabrication and precision manufacturing. [Get Connected](https://namf.com/contact/ "Get Connected") ![Featured - Working With](https://namf.com/wp-content/uploads/2025/02/featured-working-with.png) ## Working with the New Age Companies We know you need to move fast while building durable, high-quality materials. There’s no room for human error. In order to do that, you need to minimize the weak connections. The problem is that most companies offer one element of the design, forcing you to find vendors and arrange shipping between locations at every step in the manufacturing process. We believe you can have a simple process for manufacturing a complex project, and we understand all the risks and regulations around defense and aerospace projects, which is why we’ve created turnkey solutions for precision manufacturing. First, you get in touch with us and meet that point of contact. Next, we create quotes quickly – we know you don’t have time to wait – and incorporate speedy lead times to run your project smoothly. We handle material sourcing, fabrication, coatings, dip brazing, machining, and everything else you need for your precision design. The final step is accepting your finalized product, whether you’re producing a prototype or scaling manufacturing with more pieces. So, stop searching for the next vendor on your list, and instead, call the New Age companies to be the single source for your precision manufacturing project. [Start Manufacturing](https://namf.com/contact/ "Start Manufacturing") ![](https://namf.com/wp-content/uploads/2025/02/featured-plane.png) [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/capabilities/#) [Terms & Conditions.](https://namf.com/capabilities/#) ## Contact New Age Metal ![](https://namf.com/wp-content/uploads/2025/02/Header-Contact-Us.png) # Contact Us [Solutions](https://namf.com/solutions/ "Solutions") [Our Capabilities](https://namf.com/capabilities/ "Our Capabilities") New Age Metal Fabricating Co., Inc. 26 Daniel Rd W Fairfield, NJ 07004 [973-227-9107](tel:973-227-9107 "Contact Us by Phone 973-227-9107") [info@namf.com](mailto:info@namf.com "Contact Us by email info@namf.com") | | | | --- | --- | | `←` | Move left | | `→` | Move right | | `↑` | Move up | | `↓` | Move down | | `+` | Zoom in | | `-` | Zoom out | | `Home` | Jump left by 75% | | `End` | Jump right by 75% | | `Page Up` | Jump up by 75% | | `Page Down` | Jump down by 75% | ![](https://www.google.com/maps/vt?pb=!1m5!1m4!1i16!2i19245!3i24599!4i256!2m3!1e0!2sm!3i728485745!2m3!1e2!2sspotlit!5i1!3m13!2sen-US!3sUS!5e289!12m5!1e68!2m2!1sset!2sRoadmap!4e2!12m3!1e37!2m1!1ssmartmaps!4e0!5m1!1e3!23i47083502!27m15!299174093m14!14m13!1m8!1m2!1y9926779217415788417!2y10225493497629174293!2s%2Fg%2F1tlgywy9!4m2!1x408848867!2x3552178036!15sgcid%3Ametal_fabricator!2b0!3b0!6b0!8b0&client=google-maps-embed&token=43647) ![](https://www.google.com/maps/vt?pb=!1m5!1m4!1i16!2i19244!3i24599!4i256!2m3!1e0!2sm!3i728485745!2m3!1e2!2sspotlit!5i1!3m13!2sen-US!3sUS!5e289!12m5!1e68!2m2!1sset!2sRoadmap!4e2!12m3!1e37!2m1!1ssmartmaps!4e0!5m1!1e3!23i47083502!27m15!299174093m14!14m13!1m8!1m2!1y9926779217415788417!2y10225493497629174293!2s%2Fg%2F1tlgywy9!4m2!1x408848867!2x3552178036!15sgcid%3Ametal_fabricator!2b0!3b0!6b0!8b0&client=google-maps-embed&token=4593) ![](https://www.google.com/maps/vt?pb=!1m5!1m4!1i16!2i19246!3i24599!4i256!2m3!1e0!2sm!3i728485745!2m3!1e2!2sspotlit!5i1!3m13!2sen-US!3sUS!5e289!12m5!1e68!2m2!1sset!2sRoadmap!4e2!12m3!1e37!2m1!1ssmartmaps!4e0!5m1!1e3!23i47083502!27m15!299174093m14!14m13!1m8!1m2!1y9926779217415788417!2y10225493497629174293!2s%2Fg%2F1tlgywy9!4m2!1x408848867!2x3552178036!15sgcid%3Ametal_fabricator!2b0!3b0!6b0!8b0&client=google-maps-embed&token=82701) ![](https://www.google.com/maps/vt?pb=!1m5!1m4!1i16!2i19247!3i24599!4i256!2m3!1e0!2sm!3i728485745!2m3!1e2!2sspotlit!5i1!3m13!2sen-US!3sUS!5e289!12m5!1e68!2m2!1sset!2sRoadmap!4e2!12m3!1e37!2m1!1ssmartmaps!4e0!5m1!1e3!23i47083502!27m15!299174093m14!14m13!1m8!1m2!1y9926779217415788417!2y10225493497629174293!2s%2Fg%2F1tlgywy9!4m2!1x408848867!2x3552178036!15sgcid%3Ametal_fabricator!2b0!3b0!6b0!8b0&client=google-maps-embed&token=121755) ![](https://www.google.com/maps/vt?pb=!1m5!1m4!1i16!2i19246!3i24598!4i256!2m3!1e0!2sm!3i728485745!2m3!1e2!2sspotlit!5i1!3m13!2sen-US!3sUS!5e289!12m5!1e68!2m2!1sset!2sRoadmap!4e2!12m3!1e37!2m1!1ssmartmaps!4e0!5m1!1e3!23i47083502!27m15!299174093m14!14m13!1m8!1m2!1y9926779217415788417!2y10225493497629174293!2s%2Fg%2F1tlgywy9!4m2!1x408848867!2x3552178036!15sgcid%3Ametal_fabricator!2b0!3b0!6b0!8b0&client=google-maps-embed&token=113867) ![](https://www.google.com/maps/vt?pb=!1m5!1m4!1i16!2i19244!3i24598!4i256!2m3!1e0!2sm!3i728485745!2m3!1e2!2sspotlit!5i1!3m13!2sen-US!3sUS!5e289!12m5!1e68!2m2!1sset!2sRoadmap!4e2!12m3!1e37!2m1!1ssmartmaps!4e0!5m1!1e3!23i47083502!27m15!299174093m14!14m13!1m8!1m2!1y9926779217415788417!2y10225493497629174293!2s%2Fg%2F1tlgywy9!4m2!1x408848867!2x3552178036!15sgcid%3Ametal_fabricator!2b0!3b0!6b0!8b0&client=google-maps-embed&token=35759) ![](https://www.google.com/maps/vt?pb=!1m5!1m4!1i16!2i19245!3i24598!4i256!2m3!1e0!2sm!3i728485745!2m3!1e2!2sspotlit!5i1!3m13!2sen-US!3sUS!5e289!12m5!1e68!2m2!1sset!2sRoadmap!4e2!12m3!1e37!2m1!1ssmartmaps!4e0!5m1!1e3!23i47083502!27m15!299174093m14!14m13!1m8!1m2!1y9926779217415788417!2y10225493497629174293!2s%2Fg%2F1tlgywy9!4m2!1x408848867!2x3552178036!15sgcid%3Ametal_fabricator!2b0!3b0!6b0!8b0&client=google-maps-embed&token=74813) ![](https://www.google.com/maps/vt?pb=!1m5!1m4!1i16!2i19247!3i24598!4i256!2m3!1e0!2sm!3i728485745!2m3!1e2!2sspotlit!5i1!3m13!2sen-US!3sUS!5e289!12m5!1e68!2m2!1sset!2sRoadmap!4e2!12m3!1e37!2m1!1ssmartmaps!4e0!5m1!1e3!23i47083502!27m15!299174093m14!14m13!1m8!1m2!1y9926779217415788417!2y10225493497629174293!2s%2Fg%2F1tlgywy9!4m2!1x408848867!2x3552178036!15sgcid%3Ametal_fabricator!2b0!3b0!6b0!8b0&client=google-maps-embed&token=21850) To navigate, press the arrow keys. New Age Metal Fabricating Co., Inc. 26 Daniel Rd west, Fairfield, NJ 07004 [Directions](https://maps.google.com/maps/dir//New+Age+Metal+Fabricating+Co.,+Inc.+26+Daniel+Rd+west+Fairfield,+NJ+07004/@40.8848867,-74.278926,16z/data=!4m5!4m4!1m0!1m2!1m1!1s0x89c3011a99cc5781:0x8de84028bb40ea15) Get directions to this location on Google Maps. 4.0 [8 reviews](https://search.google.com/local/reviews?placeid=ChIJgVfMmRoBw4kRFepAuyhA6I0&q=New+Age+Metal+Fabricating+Company,+Inc.&hl=en&gl=US) [View larger map](https://maps.google.com/maps?ll=40.884887,-74.278926&z=16&t=m&hl=en-US&gl=US&mapclient=embed&cid=10225493497629174293) ![](data:image/svg+xml,%3Csvg%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%200%2018%2018%22%3E%3Cpath%20fill%3D%22%23666%22%20d%3D%22M0%200v6h2V2h4V0H0zm16%200h-4v2h4v4h2V0h-2zm0%2016h-4v2h6v-6h-2v4zM2%2012H0v6h6v-2H2v-4z%22/%3E%3C/svg%3E)![](data:image/svg+xml,%3Csvg%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%200%2018%2018%22%3E%3Cpath%20fill%3D%22%23333%22%20d%3D%22M0%200v6h2V2h4V0H0zm16%200h-4v2h4v4h2V0h-2zm0%2016h-4v2h6v-6h-2v4zM2%2012H0v6h6v-2H2v-4z%22/%3E%3C/svg%3E)![](data:image/svg+xml,%3Csvg%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%200%2018%2018%22%3E%3Cpath%20fill%3D%22%23111%22%20d%3D%22M0%200v6h2V2h4V0H0zm16%200h-4v2h4v4h2V0h-2zm0%2016h-4v2h6v-6h-2v4zM2%2012H0v6h6v-2H2v-4z%22/%3E%3C/svg%3E) ![](data:image/svg+xml,%3Csvg%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%20-960%20960%20960%22%20fill%3D%22%23666%22%3E%3Cpath%20d%3D%22M440-440H200v-80h240v-240h80v240h240v80H520v240h-80v-240z%22/%3E%3C/svg%3E)![](data:image/svg+xml,%3Csvg%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%20-960%20960%20960%22%20fill%3D%22%23333%22%3E%3Cpath%20d%3D%22M440-440H200v-80h240v-240h80v240h240v80H520v240h-80v-240z%22/%3E%3C/svg%3E)![](data:image/svg+xml,%3Csvg%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%20-960%20960%20960%22%20fill%3D%22%23111%22%3E%3Cpath%20d%3D%22M440-440H200v-80h240v-240h80v240h240v80H520v240h-80v-240z%22/%3E%3C/svg%3E)![](data:image/svg+xml,%3Csvg%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%20-960%20960%20960%22%20fill%3D%22%23d1d1d1%22%3E%3Cpath%20d%3D%22M440-440H200v-80h240v-240h80v240h240v80H520v240h-80v-240z%22/%3E%3C/svg%3E) ![](data:image/svg+xml,%3Csvg%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%20-960%20960%20960%22%20fill%3D%22%23666%22%3E%3Cpath%20d%3D%22M200-440v-80h560v80H200z%22/%3E%3C/svg%3E)![](data:image/svg+xml,%3Csvg%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%20-960%20960%20960%22%20fill%3D%22%23333%22%3E%3Cpath%20d%3D%22M200-440v-80h560v80H200z%22/%3E%3C/svg%3E)![](data:image/svg+xml,%3Csvg%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%20-960%20960%20960%22%20fill%3D%22%23111%22%3E%3Cpath%20d%3D%22M200-440v-80h560v80H200z%22/%3E%3C/svg%3E)![](data:image/svg+xml,%3Csvg%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%20-960%20960%20960%22%20fill%3D%22%23d1d1d1%22%3E%3Cpath%20d%3D%22M200-440v-80h560v80H200z%22/%3E%3C/svg%3E) ![](https://www.google.com/maps/vt?pb=!1m5!1m4!1i12!2i1202!3i1537!4i256!2m1!1e1!3m12!2sen-US!3sUS!5e289!12m3!1e37!2m1!1ssmartmaps!12m4!1e26!2m2!1sstyles!2zcy5lOmx8cC52Om9mZg!4e0!5m1!1e3!23i47083502&client=google-maps-embed&token=74685) To navigate, press the arrow keys. ![Google](data:image/svg+xml,%3Csvg%20fill%3D%22none%22%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%200%2069%2029%22%3E%3Cg%20opacity%3D%22.6%22%20fill%3D%22%23fff%22%20stroke%3D%22%23fff%22%20stroke-width%3D%221.5%22%3E%3Cpath%20d%3D%22M17.4706%207.33616L18.0118%206.79504%2017.4599%206.26493C16.0963%204.95519%2014.2582%203.94522%2011.7008%203.94522c-4.613699999999999%200-8.50262%203.7551699999999997-8.50262%208.395779999999998C3.19818%2016.9817%207.0871%2020.7368%2011.7008%2020.7368%2014.1712%2020.7368%2016.0773%2019.918%2017.574%2018.3689%2019.1435%2016.796%2019.5956%2014.6326%2019.5956%2012.957%2019.5956%2012.4338%2019.5516%2011.9316%2019.4661%2011.5041L19.3455%2010.9012H10.9508V14.4954H15.7809C15.6085%2015.092%2015.3488%2015.524%2015.0318%2015.8415%2014.403%2016.4629%2013.4495%2017.1509%2011.7008%2017.1509%209.04835%2017.1509%206.96482%2015.0197%206.96482%2012.341%206.96482%209.66239%209.04835%207.53119%2011.7008%207.53119%2013.137%207.53119%2014.176%208.09189%2014.9578%208.82348L15.4876%209.31922%2016.0006%208.80619%2017.4706%207.33616z%22/%3E%3Cpath%20d%3D%22M24.8656%2020.7286C27.9546%2020.7286%2030.4692%2018.3094%2030.4692%2015.0594%2030.4692%2011.7913%2027.953%209.39011%2024.8656%209.39011%2021.7783%209.39011%2019.2621%2011.7913%2019.2621%2015.0594c0%203.25%202.514499999999998%205.6692%205.6035%205.6692zM24.8656%2012.8282C25.8796%2012.8282%2026.8422%2013.6652%2026.8422%2015.0594%2026.8422%2016.4399%2025.8769%2017.2905%2024.8656%2017.2905%2023.8557%2017.2905%2022.8891%2016.4331%2022.8891%2015.0594%2022.8891%2013.672%2023.853%2012.8282%2024.8656%2012.8282z%22/%3E%3Cpath%20d%3D%22M35.7511%2017.2905v0H35.7469C34.737%2017.2905%2033.7703%2016.4331%2033.7703%2015.0594%2033.7703%2013.672%2034.7343%2012.8282%2035.7469%2012.8282%2036.7608%2012.8282%2037.7234%2013.6652%2037.7234%2015.0594%2037.7234%2016.4439%2036.7554%2017.2962%2035.7511%2017.2905zM35.7387%2020.7286C38.8277%2020.7286%2041.3422%2018.3094%2041.3422%2015.0594%2041.3422%2011.7913%2038.826%209.39011%2035.7387%209.39011%2032.6513%209.39011%2030.1351%2011.7913%2030.1351%2015.0594%2030.1351%2018.3102%2032.6587%2020.7286%2035.7387%2020.7286z%22/%3E%3Cpath%20d%3D%22M51.953%2010.4357V9.68573H48.3999V9.80826C47.8499%209.54648%2047.1977%209.38187%2046.4808%209.38187%2043.5971%209.38187%2041.0168%2011.8998%2041.0168%2015.0758%2041.0168%2017.2027%2042.1808%2019.0237%2043.8201%2019.9895L43.7543%2020.0168%2041.8737%2020.797%2041.1808%2021.0844%2041.4684%2021.7772C42.0912%2023.2776%2043.746%2025.1469%2046.5219%2025.1469%2047.9324%2025.1469%2049.3089%2024.7324%2050.3359%2023.7376%2051.3691%2022.7367%2051.953%2021.2411%2051.953%2019.2723v-8.8366zm-7.2194%209.9844L44.7334%2020.4196C45.2886%2020.6201%2045.878%2020.7286%2046.4808%2020.7286%2047.1616%2020.7286%2047.7866%2020.5819%2048.3218%2020.3395%2048.2342%2020.7286%2048.0801%2021.0105%2047.8966%2021.2077%2047.6154%2021.5099%2047.1764%2021.7088%2046.5219%2021.7088%2045.61%2021.7088%2045.0018%2021.0612%2044.7336%2020.4201zM46.6697%2012.8282C47.6419%2012.8282%2048.5477%2013.6765%2048.5477%2015.084%2048.5477%2016.4636%2047.6521%2017.2987%2046.6697%2017.2987%2045.6269%2017.2987%2044.6767%2016.4249%2044.6767%2015.084%2044.6767%2013.7086%2045.6362%2012.8282%2046.6697%2012.8282zM55.7387%205.22083v-.75H52.0788V20.4412H55.7387V5.220829999999999z%22/%3E%3Cpath%20d%3D%22M63.9128%2016.0614L63.2945%2015.6492%2062.8766%2016.2637C62.4204%2016.9346%2061.8664%2017.3069%2061.0741%2017.3069%2060.6435%2017.3069%2060.3146%2017.2088%2060.0544%2017.0447%2059.9844%2017.0006%2059.9161%2016.9496%2059.8498%2016.8911L65.5497%2014.5286%2066.2322%2014.2456%2065.9596%2013.5589%2065.7406%2013.0075C65.2878%2011.8%2063.8507%209.39832%2060.8278%209.39832%2057.8445%209.39832%2055.5034%2011.7619%2055.5034%2015.0676%2055.5034%2018.2151%2057.8256%2020.7369%2061.0659%2020.7369%2063.6702%2020.7369%2065.177%2019.1378%2065.7942%2018.2213L66.2152%2017.5963%2065.5882%2017.1783%2063.9128%2016.0614zM61.3461%2012.8511L59.4108%2013.6526C59.7903%2013.0783%2060.4215%2012.7954%2060.9017%2012.7954%2061.067%2012.7954%2061.2153%2012.8161%2061.3461%2012.8511z%22/%3E%3C/g%3E%3Cpath%20d%3D%22M11.7008%2019.9868C7.48776%2019.9868%203.94818%2016.554%203.94818%2012.341%203.94818%208.12803%207.48776%204.69522%2011.7008%204.69522%2014.0331%204.69522%2015.692%205.60681%2016.9403%206.80583L15.4703%208.27586C14.5751%207.43819%2013.3597%206.78119%2011.7008%206.78119%208.62108%206.78119%206.21482%209.26135%206.21482%2012.341%206.21482%2015.4207%208.62108%2017.9009%2011.7008%2017.9009%2013.6964%2017.9009%2014.8297%2017.0961%2015.5606%2016.3734%2016.1601%2015.7738%2016.5461%2014.9197%2016.6939%2013.7454h-4.9931V11.6512h7.0298C18.8045%2012.0207%2018.8456%2012.4724%2018.8456%2012.957%2018.8456%2014.5255%2018.4186%2016.4637%2017.0389%2017.8434%2015.692%2019.2395%2013.9838%2019.9868%2011.7008%2019.9868z%22%20fill%3D%22%234285F4%22/%3E%3Cpath%20d%3D%22M29.7192%2015.0594C29.7192%2017.8927%2027.5429%2019.9786%2024.8656%2019.9786%2022.1884%2019.9786%2020.0121%2017.8927%2020.0121%2015.0594%2020.0121%2012.2096%2022.1884%2010.1401%2024.8656%2010.1401%2027.5429%2010.1401%2029.7192%2012.2096%2029.7192%2015.0594zM27.5922%2015.0594C27.5922%2013.2855%2026.3274%2012.0782%2024.8656%2012.0782S22.1391%2013.2937%2022.1391%2015.0594C22.1391%2016.8086%2023.4038%2018.0405%2024.8656%2018.0405S27.5922%2016.8168%2027.5922%2015.0594z%22%20fill%3D%22%23E94235%22/%3E%3Cpath%20d%3D%22M40.5922%2015.0594C40.5922%2017.8927%2038.4159%2019.9786%2035.7387%2019.9786%2033.0696%2019.9786%2030.8851%2017.8927%2030.8851%2015.0594%2030.8851%2012.2096%2033.0614%2010.1401%2035.7387%2010.1401%2038.4159%2010.1401%2040.5922%2012.2096%2040.5922%2015.0594zM38.4734%2015.0594C38.4734%2013.2855%2037.2087%2012.0782%2035.7469%2012.0782%2034.2851%2012.0782%2033.0203%2013.2937%2033.0203%2015.0594%2033.0203%2016.8086%2034.2851%2018.0405%2035.7469%2018.0405%2037.2087%2018.0487%2038.4734%2016.8168%2038.4734%2015.0594z%22%20fill%3D%22%23FABB05%22/%3E%3Cpath%20d%3D%22M51.203%2010.4357v8.8366C51.203%2022.9105%2049.0595%2024.3969%2046.5219%2024.3969%2044.132%2024.3969%2042.7031%2022.7955%2042.161%2021.4897L44.0417%2020.7095C44.3784%2021.5143%2045.1997%2022.4588%2046.5219%2022.4588%2048.1479%2022.4588%2049.1499%2021.4487%2049.1499%2019.568V18.8617H49.0759C48.5914%2019.4612%2047.6552%2019.9786%2046.4808%2019.9786%2044.0171%2019.9786%2041.7668%2017.8352%2041.7668%2015.0758%2041.7668%2012.3%2044.0253%2010.1319%2046.4808%2010.1319%2047.6552%2010.1319%2048.5914%2010.6575%2049.0759%2011.2323H49.1499V10.4357H51.203zM49.2977%2015.084C49.2977%2013.3512%2048.1397%2012.0782%2046.6697%2012.0782%2045.175%2012.0782%2043.9267%2013.3429%2043.9267%2015.084%2043.9267%2016.8004%2045.175%2018.0487%2046.6697%2018.0487%2048.1397%2018.0487%2049.2977%2016.8004%2049.2977%2015.084z%22%20fill%3D%22%234285F4%22/%3E%3Cpath%20d%3D%22M54.9887%205.22083V19.6912H52.8288V5.220829999999999H54.9887z%22%20fill%3D%22%2334A853%22/%3E%3Cpath%20d%3D%22M63.4968%2016.6854L65.1722%2017.8023C64.6301%2018.6072%2063.3244%2019.9869%2061.0659%2019.9869%2058.2655%2019.9869%2056.2534%2017.827%2056.2534%2015.0676%2056.2534%2012.1439%2058.2901%2010.1483%2060.8278%2010.1483%2063.3818%2010.1483%2064.6301%2012.1768%2065.0408%2013.2773L65.2625%2013.8357%2058.6843%2016.5623C59.1853%2017.5478%2059.9737%2018.0569%2061.0741%2018.0569%2062.1746%2018.0569%2062.9384%2017.5067%2063.4968%2016.6854zM58.3312%2014.9115L62.7331%2013.0884C62.4867%2012.4724%2061.764%2012.0454%2060.9017%2012.0454%2059.8012%2012.0454%2058.2737%2013.0145%2058.3312%2014.9115z%22%20fill%3D%22%23E94235%22/%3E%3C/svg%3E) Keyboard shortcuts Map DataMap data ©2025 Map data ©2025 100 m Click to toggle between metric and imperial units [Terms](https://www.google.com/intl/en-US_US/help/terms_maps.html) [Report a map error](https://www.google.com/maps/@40.8848867,-74.278926,16z/data=!10m1!1e1!12b1?source=apiv3&rapsrc=apiv3 "Report errors in the road map or imagery to Google") [OPEN FULL SCREEN MAP](https://maps.app.goo.gl/Y9tpAmP23Rqh5oXH7) New Age Precision Manufacturing Co., Inc. 151 Remington Blvd Ronkonkoma, NY 11779 [631.471.4000](tel:631.471.4000) [info@namf.com](mailto:info@namf.com) | | | | --- | --- | | `←` | Move left | | `→` | Move right | | `↑` | Move up | | `↓` | Move down | | `+` | Zoom in | | `-` | Zoom out | | `Home` | Jump left by 75% | | `End` | Jump right by 75% | | `Page Up` | Jump up by 75% | | `Page Down` | Jump down by 75% | ![](https://www.google.com/maps/vt?pb=!1m5!1m4!1i15!2i9727!3i12310!4i256!2m3!1e0!2sm!3i728485745!2m3!1e2!2sspotlit!5i1!3m13!2sen!3sUS!5e289!12m5!1e68!2m2!1sset!2sRoadmap!4e2!12m3!1e37!2m1!1ssmartmaps!4e0!5m1!1e3!23i47083502!27m16!299174093m15!14m14!1m9!1m2!1y9937253788064084399!2y6470212954897859852!2s%2Fg%2F11bw41q_rt!4m2!1x407909645!2x3563660564!8b1!15sgcid%3Acompound_building!2b0!3b0!6b0!8b0&client=google-maps-embed&token=36742) ![](https://www.google.com/maps/vt?pb=!1m5!1m4!1i15!2i9728!3i12309!4i256!2m3!1e0!2sm!3i728485756!2m3!1e2!2sspotlit!5i1!3m13!2sen!3sUS!5e289!12m5!1e68!2m2!1sset!2sRoadmap!4e2!12m3!1e37!2m1!1ssmartmaps!4e0!5m1!1e3!23i47083502!27m16!299174093m15!14m14!1m9!1m2!1y9937253788064084399!2y6470212954897859852!2s%2Fg%2F11bw41q_rt!4m2!1x407909645!2x3563660564!8b1!15sgcid%3Acompound_building!2b0!3b0!6b0!8b0&client=google-maps-embed&token=104204) ![](https://www.google.com/maps/vt?pb=!1m5!1m4!1i15!2i9728!3i12311!4i256!2m3!1e0!2sm!3i728485745!2m3!1e2!2sspotlit!5i1!3m13!2sen!3sUS!5e289!12m5!1e68!2m2!1sset!2sRoadmap!4e2!12m3!1e37!2m1!1ssmartmaps!4e0!5m1!1e3!23i47083502!27m16!299174093m15!14m14!1m9!1m2!1y9937253788064084399!2y6470212954897859852!2s%2Fg%2F11bw41q_rt!4m2!1x407909645!2x3563660564!8b1!15sgcid%3Acompound_building!2b0!3b0!6b0!8b0&client=google-maps-embed&token=2955) ![](https://www.google.com/maps/vt?pb=!1m5!1m4!1i15!2i9727!3i12309!4i256!2m3!1e0!2sm!3i728485745!2m3!1e2!2sspotlit!5i1!3m13!2sen!3sUS!5e289!12m5!1e68!2m2!1sset!2sRoadmap!4e2!12m3!1e37!2m1!1ssmartmaps!4e0!5m1!1e3!23i47083502!27m16!299174093m15!14m14!1m9!1m2!1y9937253788064084399!2y6470212954897859852!2s%2Fg%2F11bw41q_rt!4m2!1x407909645!2x3563660564!8b1!15sgcid%3Acompound_building!2b0!3b0!6b0!8b0&client=google-maps-embed&token=111821) ![](https://www.google.com/maps/vt?pb=!1m5!1m4!1i15!2i9728!3i12310!4i256!2m3!1e0!2sm!3i728485745!2m3!1e2!2sspotlit!5i1!3m13!2sen!3sUS!5e289!12m5!1e68!2m2!1sset!2sRoadmap!4e2!12m3!1e37!2m1!1ssmartmaps!4e0!5m1!1e3!23i47083502!27m16!299174093m15!14m14!1m9!1m2!1y9937253788064084399!2y6470212954897859852!2s%2Fg%2F11bw41q_rt!4m2!1x407909645!2x3563660564!8b1!15sgcid%3Acompound_building!2b0!3b0!6b0!8b0&client=google-maps-embed&token=118143) ![](https://www.google.com/maps/vt?pb=!1m5!1m4!1i15!2i9726!3i12311!4i256!2m3!1e0!2sm!3i728485745!2m3!1e2!2sspotlit!5i1!3m13!2sen!3sUS!5e289!12m5!1e68!2m2!1sset!2sRoadmap!4e2!12m3!1e37!2m1!1ssmartmaps!4e0!5m1!1e3!23i47083502!27m16!299174093m15!14m14!1m9!1m2!1y9937253788064084399!2y6470212954897859852!2s%2Fg%2F11bw41q_rt!4m2!1x407909645!2x3563660564!8b1!15sgcid%3Acompound_building!2b0!3b0!6b0!8b0&client=google-maps-embed&token=102295) ![](https://www.google.com/maps/vt?pb=!1m5!1m4!1i15!2i9727!3i12311!4i256!2m3!1e0!2sm!3i728485745!2m3!1e2!2sspotlit!5i1!3m13!2sen!3sUS!5e289!12m5!1e68!2m2!1sset!2sRoadmap!4e2!12m3!1e37!2m1!1ssmartmaps!4e0!5m1!1e3!23i47083502!27m16!299174093m15!14m14!1m9!1m2!1y9937253788064084399!2y6470212954897859852!2s%2Fg%2F11bw41q_rt!4m2!1x407909645!2x3563660564!8b1!15sgcid%3Acompound_building!2b0!3b0!6b0!8b0&client=google-maps-embed&token=52625) ![](https://www.google.com/maps/vt?pb=!1m5!1m4!1i15!2i9726!3i12309!4i256!2m3!1e0!2sm!3i728485745!2m3!1e2!2sspotlit!5i1!3m13!2sen!3sUS!5e289!12m5!1e68!2m2!1sset!2sRoadmap!4e2!12m3!1e37!2m1!1ssmartmaps!4e0!5m1!1e3!23i47083502!27m16!299174093m15!14m14!1m9!1m2!1y9937253788064084399!2y6470212954897859852!2s%2Fg%2F11bw41q_rt!4m2!1x407909645!2x3563660564!8b1!15sgcid%3Acompound_building!2b0!3b0!6b0!8b0&client=google-maps-embed&token=30420) ![](https://www.google.com/maps/vt?pb=!1m5!1m4!1i15!2i9726!3i12310!4i256!2m3!1e0!2sm!3i728485745!2m3!1e2!2sspotlit!5i1!3m13!2sen!3sUS!5e289!12m5!1e68!2m2!1sset!2sRoadmap!4e2!12m3!1e37!2m1!1ssmartmaps!4e0!5m1!1e3!23i47083502!27m16!299174093m15!14m14!1m9!1m2!1y9937253788064084399!2y6470212954897859852!2s%2Fg%2F11bw41q_rt!4m2!1x407909645!2x3563660564!8b1!15sgcid%3Acompound_building!2b0!3b0!6b0!8b0&client=google-maps-embed&token=86412) To navigate, press the arrow keys. 151 Remington Blvd 151 Remington Blvd, Ronkonkoma, NY 11779 [Directions](https://maps.google.com/maps/dir//151+Remington+Blvd+Ronkonkoma,+NY+11779/@40.7909645,-73.1306732,15z/data=!4m5!4m4!1m0!1m2!1m1!1s0x89e837aba076f1af:0x59cad066ddd1450c) Get directions to this location on Google Maps. [View larger map](https://maps.google.com/maps?ll=40.790965,-73.130673&z=15&t=m&hl=en&gl=US&mapclient=embed&q=151%20Remington%20Blvd%20Ronkonkoma%2C%20NY%2011779) ![](data:image/svg+xml,%3Csvg%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%200%2018%2018%22%3E%3Cpath%20fill%3D%22%23666%22%20d%3D%22M0%200v6h2V2h4V0H0zm16%200h-4v2h4v4h2V0h-2zm0%2016h-4v2h6v-6h-2v4zM2%2012H0v6h6v-2H2v-4z%22/%3E%3C/svg%3E)![](data:image/svg+xml,%3Csvg%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%200%2018%2018%22%3E%3Cpath%20fill%3D%22%23333%22%20d%3D%22M0%200v6h2V2h4V0H0zm16%200h-4v2h4v4h2V0h-2zm0%2016h-4v2h6v-6h-2v4zM2%2012H0v6h6v-2H2v-4z%22/%3E%3C/svg%3E)![](data:image/svg+xml,%3Csvg%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%200%2018%2018%22%3E%3Cpath%20fill%3D%22%23111%22%20d%3D%22M0%200v6h2V2h4V0H0zm16%200h-4v2h4v4h2V0h-2zm0%2016h-4v2h6v-6h-2v4zM2%2012H0v6h6v-2H2v-4z%22/%3E%3C/svg%3E) ![](data:image/svg+xml,%3Csvg%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%20-960%20960%20960%22%20fill%3D%22%23666%22%3E%3Cpath%20d%3D%22M440-440H200v-80h240v-240h80v240h240v80H520v240h-80v-240z%22/%3E%3C/svg%3E)![](data:image/svg+xml,%3Csvg%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%20-960%20960%20960%22%20fill%3D%22%23333%22%3E%3Cpath%20d%3D%22M440-440H200v-80h240v-240h80v240h240v80H520v240h-80v-240z%22/%3E%3C/svg%3E)![](data:image/svg+xml,%3Csvg%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%20-960%20960%20960%22%20fill%3D%22%23111%22%3E%3Cpath%20d%3D%22M440-440H200v-80h240v-240h80v240h240v80H520v240h-80v-240z%22/%3E%3C/svg%3E)![](data:image/svg+xml,%3Csvg%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%20-960%20960%20960%22%20fill%3D%22%23d1d1d1%22%3E%3Cpath%20d%3D%22M440-440H200v-80h240v-240h80v240h240v80H520v240h-80v-240z%22/%3E%3C/svg%3E) ![](data:image/svg+xml,%3Csvg%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%20-960%20960%20960%22%20fill%3D%22%23666%22%3E%3Cpath%20d%3D%22M200-440v-80h560v80H200z%22/%3E%3C/svg%3E)![](data:image/svg+xml,%3Csvg%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%20-960%20960%20960%22%20fill%3D%22%23333%22%3E%3Cpath%20d%3D%22M200-440v-80h560v80H200z%22/%3E%3C/svg%3E)![](data:image/svg+xml,%3Csvg%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%20-960%20960%20960%22%20fill%3D%22%23111%22%3E%3Cpath%20d%3D%22M200-440v-80h560v80H200z%22/%3E%3C/svg%3E)![](data:image/svg+xml,%3Csvg%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%20-960%20960%20960%22%20fill%3D%22%23d1d1d1%22%3E%3Cpath%20d%3D%22M200-440v-80h560v80H200z%22/%3E%3C/svg%3E) ![](https://www.google.com/maps/vt?pb=!1m5!1m4!1i11!2i608!3i769!4i256!2m1!1e1!3m12!2sen!3sUS!5e289!12m3!1e37!2m1!1ssmartmaps!12m4!1e26!2m2!1sstyles!2zcy5lOmx8cC52Om9mZg!4e0!5m1!1e3!23i47083502&client=google-maps-embed&token=65576) ![](https://www.google.com/maps/vt?pb=!1m5!1m4!1i11!2i607!3i769!4i256!2m1!1e1!3m12!2sen!3sUS!5e289!12m3!1e37!2m1!1ssmartmaps!12m4!1e26!2m2!1sstyles!2zcy5lOmx8cC52Om9mZg!4e0!5m1!1e3!23i47083502&client=google-maps-embed&token=91650) To navigate, press the arrow keys. ![Google](data:image/svg+xml,%3Csvg%20fill%3D%22none%22%20xmlns%3D%22http%3A//www.w3.org/2000/svg%22%20viewBox%3D%220%200%2069%2029%22%3E%3Cg%20opacity%3D%22.6%22%20fill%3D%22%23fff%22%20stroke%3D%22%23fff%22%20stroke-width%3D%221.5%22%3E%3Cpath%20d%3D%22M17.4706%207.33616L18.0118%206.79504%2017.4599%206.26493C16.0963%204.95519%2014.2582%203.94522%2011.7008%203.94522c-4.613699999999999%200-8.50262%203.7551699999999997-8.50262%208.395779999999998C3.19818%2016.9817%207.0871%2020.7368%2011.7008%2020.7368%2014.1712%2020.7368%2016.0773%2019.918%2017.574%2018.3689%2019.1435%2016.796%2019.5956%2014.6326%2019.5956%2012.957%2019.5956%2012.4338%2019.5516%2011.9316%2019.4661%2011.5041L19.3455%2010.9012H10.9508V14.4954H15.7809C15.6085%2015.092%2015.3488%2015.524%2015.0318%2015.8415%2014.403%2016.4629%2013.4495%2017.1509%2011.7008%2017.1509%209.04835%2017.1509%206.96482%2015.0197%206.96482%2012.341%206.96482%209.66239%209.04835%207.53119%2011.7008%207.53119%2013.137%207.53119%2014.176%208.09189%2014.9578%208.82348L15.4876%209.31922%2016.0006%208.80619%2017.4706%207.33616z%22/%3E%3Cpath%20d%3D%22M24.8656%2020.7286C27.9546%2020.7286%2030.4692%2018.3094%2030.4692%2015.0594%2030.4692%2011.7913%2027.953%209.39011%2024.8656%209.39011%2021.7783%209.39011%2019.2621%2011.7913%2019.2621%2015.0594c0%203.25%202.514499999999998%205.6692%205.6035%205.6692zM24.8656%2012.8282C25.8796%2012.8282%2026.8422%2013.6652%2026.8422%2015.0594%2026.8422%2016.4399%2025.8769%2017.2905%2024.8656%2017.2905%2023.8557%2017.2905%2022.8891%2016.4331%2022.8891%2015.0594%2022.8891%2013.672%2023.853%2012.8282%2024.8656%2012.8282z%22/%3E%3Cpath%20d%3D%22M35.7511%2017.2905v0H35.7469C34.737%2017.2905%2033.7703%2016.4331%2033.7703%2015.0594%2033.7703%2013.672%2034.7343%2012.8282%2035.7469%2012.8282%2036.7608%2012.8282%2037.7234%2013.6652%2037.7234%2015.0594%2037.7234%2016.4439%2036.7554%2017.2962%2035.7511%2017.2905zM35.7387%2020.7286C38.8277%2020.7286%2041.3422%2018.3094%2041.3422%2015.0594%2041.3422%2011.7913%2038.826%209.39011%2035.7387%209.39011%2032.6513%209.39011%2030.1351%2011.7913%2030.1351%2015.0594%2030.1351%2018.3102%2032.6587%2020.7286%2035.7387%2020.7286z%22/%3E%3Cpath%20d%3D%22M51.953%2010.4357V9.68573H48.3999V9.80826C47.8499%209.54648%2047.1977%209.38187%2046.4808%209.38187%2043.5971%209.38187%2041.0168%2011.8998%2041.0168%2015.0758%2041.0168%2017.2027%2042.1808%2019.0237%2043.8201%2019.9895L43.7543%2020.0168%2041.8737%2020.797%2041.1808%2021.0844%2041.4684%2021.7772C42.0912%2023.2776%2043.746%2025.1469%2046.5219%2025.1469%2047.9324%2025.1469%2049.3089%2024.7324%2050.3359%2023.7376%2051.3691%2022.7367%2051.953%2021.2411%2051.953%2019.2723v-8.8366zm-7.2194%209.9844L44.7334%2020.4196C45.2886%2020.6201%2045.878%2020.7286%2046.4808%2020.7286%2047.1616%2020.7286%2047.7866%2020.5819%2048.3218%2020.3395%2048.2342%2020.7286%2048.0801%2021.0105%2047.8966%2021.2077%2047.6154%2021.5099%2047.1764%2021.7088%2046.5219%2021.7088%2045.61%2021.7088%2045.0018%2021.0612%2044.7336%2020.4201zM46.6697%2012.8282C47.6419%2012.8282%2048.5477%2013.6765%2048.5477%2015.084%2048.5477%2016.4636%2047.6521%2017.2987%2046.6697%2017.2987%2045.6269%2017.2987%2044.6767%2016.4249%2044.6767%2015.084%2044.6767%2013.7086%2045.6362%2012.8282%2046.6697%2012.8282zM55.7387%205.22083v-.75H52.0788V20.4412H55.7387V5.220829999999999z%22/%3E%3Cpath%20d%3D%22M63.9128%2016.0614L63.2945%2015.6492%2062.8766%2016.2637C62.4204%2016.9346%2061.8664%2017.3069%2061.0741%2017.3069%2060.6435%2017.3069%2060.3146%2017.2088%2060.0544%2017.0447%2059.9844%2017.0006%2059.9161%2016.9496%2059.8498%2016.8911L65.5497%2014.5286%2066.2322%2014.2456%2065.9596%2013.5589%2065.7406%2013.0075C65.2878%2011.8%2063.8507%209.39832%2060.8278%209.39832%2057.8445%209.39832%2055.5034%2011.7619%2055.5034%2015.0676%2055.5034%2018.2151%2057.8256%2020.7369%2061.0659%2020.7369%2063.6702%2020.7369%2065.177%2019.1378%2065.7942%2018.2213L66.2152%2017.5963%2065.5882%2017.1783%2063.9128%2016.0614zM61.3461%2012.8511L59.4108%2013.6526C59.7903%2013.0783%2060.4215%2012.7954%2060.9017%2012.7954%2061.067%2012.7954%2061.2153%2012.8161%2061.3461%2012.8511z%22/%3E%3C/g%3E%3Cpath%20d%3D%22M11.7008%2019.9868C7.48776%2019.9868%203.94818%2016.554%203.94818%2012.341%203.94818%208.12803%207.48776%204.69522%2011.7008%204.69522%2014.0331%204.69522%2015.692%205.60681%2016.9403%206.80583L15.4703%208.27586C14.5751%207.43819%2013.3597%206.78119%2011.7008%206.78119%208.62108%206.78119%206.21482%209.26135%206.21482%2012.341%206.21482%2015.4207%208.62108%2017.9009%2011.7008%2017.9009%2013.6964%2017.9009%2014.8297%2017.0961%2015.5606%2016.3734%2016.1601%2015.7738%2016.5461%2014.9197%2016.6939%2013.7454h-4.9931V11.6512h7.0298C18.8045%2012.0207%2018.8456%2012.4724%2018.8456%2012.957%2018.8456%2014.5255%2018.4186%2016.4637%2017.0389%2017.8434%2015.692%2019.2395%2013.9838%2019.9868%2011.7008%2019.9868z%22%20fill%3D%22%234285F4%22/%3E%3Cpath%20d%3D%22M29.7192%2015.0594C29.7192%2017.8927%2027.5429%2019.9786%2024.8656%2019.9786%2022.1884%2019.9786%2020.0121%2017.8927%2020.0121%2015.0594%2020.0121%2012.2096%2022.1884%2010.1401%2024.8656%2010.1401%2027.5429%2010.1401%2029.7192%2012.2096%2029.7192%2015.0594zM27.5922%2015.0594C27.5922%2013.2855%2026.3274%2012.0782%2024.8656%2012.0782S22.1391%2013.2937%2022.1391%2015.0594C22.1391%2016.8086%2023.4038%2018.0405%2024.8656%2018.0405S27.5922%2016.8168%2027.5922%2015.0594z%22%20fill%3D%22%23E94235%22/%3E%3Cpath%20d%3D%22M40.5922%2015.0594C40.5922%2017.8927%2038.4159%2019.9786%2035.7387%2019.9786%2033.0696%2019.9786%2030.8851%2017.8927%2030.8851%2015.0594%2030.8851%2012.2096%2033.0614%2010.1401%2035.7387%2010.1401%2038.4159%2010.1401%2040.5922%2012.2096%2040.5922%2015.0594zM38.4734%2015.0594C38.4734%2013.2855%2037.2087%2012.0782%2035.7469%2012.0782%2034.2851%2012.0782%2033.0203%2013.2937%2033.0203%2015.0594%2033.0203%2016.8086%2034.2851%2018.0405%2035.7469%2018.0405%2037.2087%2018.0487%2038.4734%2016.8168%2038.4734%2015.0594z%22%20fill%3D%22%23FABB05%22/%3E%3Cpath%20d%3D%22M51.203%2010.4357v8.8366C51.203%2022.9105%2049.0595%2024.3969%2046.5219%2024.3969%2044.132%2024.3969%2042.7031%2022.7955%2042.161%2021.4897L44.0417%2020.7095C44.3784%2021.5143%2045.1997%2022.4588%2046.5219%2022.4588%2048.1479%2022.4588%2049.1499%2021.4487%2049.1499%2019.568V18.8617H49.0759C48.5914%2019.4612%2047.6552%2019.9786%2046.4808%2019.9786%2044.0171%2019.9786%2041.7668%2017.8352%2041.7668%2015.0758%2041.7668%2012.3%2044.0253%2010.1319%2046.4808%2010.1319%2047.6552%2010.1319%2048.5914%2010.6575%2049.0759%2011.2323H49.1499V10.4357H51.203zM49.2977%2015.084C49.2977%2013.3512%2048.1397%2012.0782%2046.6697%2012.0782%2045.175%2012.0782%2043.9267%2013.3429%2043.9267%2015.084%2043.9267%2016.8004%2045.175%2018.0487%2046.6697%2018.0487%2048.1397%2018.0487%2049.2977%2016.8004%2049.2977%2015.084z%22%20fill%3D%22%234285F4%22/%3E%3Cpath%20d%3D%22M54.9887%205.22083V19.6912H52.8288V5.220829999999999H54.9887z%22%20fill%3D%22%2334A853%22/%3E%3Cpath%20d%3D%22M63.4968%2016.6854L65.1722%2017.8023C64.6301%2018.6072%2063.3244%2019.9869%2061.0659%2019.9869%2058.2655%2019.9869%2056.2534%2017.827%2056.2534%2015.0676%2056.2534%2012.1439%2058.2901%2010.1483%2060.8278%2010.1483%2063.3818%2010.1483%2064.6301%2012.1768%2065.0408%2013.2773L65.2625%2013.8357%2058.6843%2016.5623C59.1853%2017.5478%2059.9737%2018.0569%2061.0741%2018.0569%2062.1746%2018.0569%2062.9384%2017.5067%2063.4968%2016.6854zM58.3312%2014.9115L62.7331%2013.0884C62.4867%2012.4724%2061.764%2012.0454%2060.9017%2012.0454%2059.8012%2012.0454%2058.2737%2013.0145%2058.3312%2014.9115z%22%20fill%3D%22%23E94235%22/%3E%3C/svg%3E) Keyboard shortcuts Map DataMap data ©2025 Map data ©2025 200 m Click to toggle between metric and imperial units [Terms](https://www.google.com/intl/en_US/help/terms_maps.html) [Report a map error](https://www.google.com/maps/@40.7909645,-73.1306732,15z/data=!10m1!1e1!12b1?source=apiv3&rapsrc=apiv3 "Report errors in the road map or imagery to Google") [OPEN FULL SCREEN MAP](https://maps.app.goo.gl/xAg1yLcEQeqmGnkG8) ## Get In Touch With Us "\*" indicates required fields First Name\* Last Name\* Email\* Phone\* Message\* CAPTCHA This site is protected by reCAPTCHA and the Google [Privacy Policy](https://policies.google.com/privacy) and [Terms of Service](https://policies.google.com/terms) apply. [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/contact/#) [Terms & Conditions.](https://namf.com/contact/#) ## Metal Fabrication Experts ![Header - About](https://namf.com/wp-content/uploads/2025/02/header-about.png) # New Age Metal Fabricating 40+ Years of Excellence in Metal Fabrication [Solutions](https://namf.com/solutions/ "Solutions") [Our Capabilities](https://namf.com/capabilities/ "Our Capabilities") ![](https://namf.com/wp-content/uploads/2025/02/New-Age-Metal-Fabrication.png) ## New Age Metal Fabricating New Age Metal Fabricating was founded in 1979 in Fairfield, NJ with the vision of manufacturing to the highest standards. As a build-to- print manufacturer, we use the most advanced and cutting-edge manufacturing technologies and techniques to meet the various challenges posed by our customers’ unique needs. The realization of this vision made New Age Metal Fabricating one of today’s leading f ull-service metal fabricators in the Defense and Aerospace industries. ## New Age Precision Manufacturing New Age Precision Manufacturing, in Ronkonkoma, Li, has over 60 years of experience in aluminum dip-brazing in the Defense and Aerospace industries. Our customers should know that our expertise has been refined over half a century through accumulated experience and extensive training. Our NADCAP and NAVSEA approvals distinguish us from other manufacturers in the Defense and Aerospace industries. [Contact Us](https://namf.com/contact/ "Contact Us") ![Precision Manufacturing](https://namf.com/wp-content/uploads/2025/02/precision-manufacturing.png) ## Why Partner with the New Age Companies? Partnering with the New Age Companies offers you the following conveniences and advantages: - We are a single-source supplier of precision manufactured and dip-brazed products. - We offer complete, turnkey solutions to your material purchasing needs. - We control each step in the manufacturing process of your product. - You will have a single point of contact regarding your product. - We will save you the time and expense of finding multiple suppliers. - We will provide you with a finished product ready for immediate introduction into your production line. ![AS9100D - Logo](https://namf.com/wp-content/uploads/2025/02/as9100d-logo.png) ![NAVSEA](https://namf.com/wp-content/uploads/2025/02/navsea.png) ![NADCAP](https://namf.com/wp-content/uploads/2025/02/nadcap.png) ![ITAR](https://namf.com/wp-content/uploads/2025/02/itar.png) ## Trusted By ![Logo - Leonardo DRS](https://namf.com/wp-content/uploads/2025/02/logo-leonardo-drs.png) ![Logo - GE Aviation](https://namf.com/wp-content/uploads/2025/02/logo-ge-aviation.png) ![Logo - H3HARRIS](https://namf.com/wp-content/uploads/2025/02/logo-h3harris.png) ![Logo - Northrop Grumman](https://namf.com/wp-content/uploads/2025/02/logo-northrop-grumman.png) ![Logo - 901D](https://namf.com/wp-content/uploads/2025/02/logo-901d.png) ![Logo - AstroNova](https://namf.com/wp-content/uploads/2025/02/logo-astronova.png) ![Logo - General Dynamics](https://namf.com/wp-content/uploads/2025/02/logo-general-dynamics.png) ![Logo - Atrenne](https://namf.com/wp-content/uploads/2025/02/logo-atrenne.png) ![Logo - SRC](https://namf.com/wp-content/uploads/2025/02/logo-src.png) ![Logo - Harris](https://namf.com/wp-content/uploads/2025/02/logo-harris.png) ![Logo - Breeze Eastern](https://namf.com/wp-content/uploads/2025/02/logo-breeze-eastern.png) [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/about/#) [Terms & Conditions.](https://namf.com/about/#) ## CNC Milling Services ![Header - CNC Milling](https://namf.com/wp-content/uploads/2025/02/header-cnc-milling.png) # Always at the Cutting Edge of Manufacturing CNC Milling: Vertical, Horizontal, and 5-Axis [Contact Us](https://namf.com/contact/ "Contact Us") [Our Capabilities](https://namf.com/capabilities/ "Our Capabilities") ## Leaders in Military Grade CNC Milling As a business in the military, aeronautics, or engineering industries, your manufacturing risks and requirements are higher than most other businesses. Fortunately, that’s where New Age Metal Fabricating and New Age Precision Manufacturing can help. With access to the industry’s leading technology resources and expertise, we offer the most precise CNC vertical, horizontal, and 5-axis milling available for defense and aerospace. [Start Manufacturing](https://namf.com/contact/ "Start Manufacturing") ![Featured - CNC Milling](https://namf.com/wp-content/uploads/2025/02/featured-cnc-milling-1680x945.png) ## Our Process for turnkey CNC Milling Solutions At the New Age companies, we offer 18 vertical milling machines, two horizontal machines with 24 pallets and 120 tools powered by a robotically controlled PALLETECH system, as well as two 5-axis mills to complete your project quickly and accurately. With our ITAR certification, along with our ISO 9001:2015 and AS91000 registrations, you can be confident our manufacturing solutions are high-quality and our teams are highly qualified. Step 1: ## Meet Your Single Point of Contact As a metal fabricator and precision manufacturer, we are the single source for your product. You won’t need to find a supplier before we can start manufacturing. Step 2: ## Approve the Solution After reviewing your project details, we offer super-fast quotes to keep your project moving. Whether you need a prototype or full production, we handle the whole process in-house. Step 3: ## Receive Your Final Product As a completely turnkey solution, we save you time and money with a streamlined process for high-quality metal fabrication and precision manufacturing. [Get Started](https://namf.com/contact/ "Get Started") ## Turnkey Solutions for CNC Machining [**Precision Manufacturing**\\ \\ Accuracy, quality, and durability for your project.\\ \\ READ MORE](https://namf.com/napm/) [**Dip Brazing**\\ \\ Keep your part or product strong with dip brazing for the final step.\\ \\ READ MORE](https://namf.com/capabilities/dip-brazing/) [**Metal Fabrication**\\ \\ From laser cutting to painting and coating, NAMF works for you.\\ \\ READ MORE](https://namf.com/capabilities/metal-fabrication/) [**CNC Milling**\\ \\ Horizontal, vertical, and 5-axis machining trusted by the defense and aerospace industries for over 60 years.\\ \\ READ MORE](https://namf.com/capabilities/cnc-milling/) [**Solutions**\\ \\ Discover the portfolio of services and gallery of projects to prove our process.\\ \\ READ MORE](https://namf.com/solutions/) ## What are Horizontal and Vertical Milling? Horizontal and vertical milling are the two primary forms of milling. The main difference between them is the alignment of the cutting elements, or spindles, on the mill. The spindles on vertical mills are aligned vertically, while the spindles on horizontal mills are aligned parallel to the ground. ## How Can Horizontal and Vertical Milling Benefit Your Company? While adopting both horizontal and vertical milling drastically improves your versatility, both types of milling benefit f rom better overall accuracy, material removal rate, plane options, and customization. Many projects need both types of milling to meet the engineering design requirements. ![Featured - Milling](https://namf.com/wp-content/uploads/2025/02/featured-milling.png) ![Featured - 5 Axis Milling](https://namf.com/wp-content/uploads/2025/02/featured-5-axis-milling.png) ## What about 5-Axis Milling? The primary benefit of 5-axis milling is the enhanced precision and complexity. With two additional axes, this machine can create more intricate designs within the very tight tolerances required by the aerospace and defense industries. This machine also decreases time and labor costs because a technician does not have to reset the part from the horizontal or vertical milling machine to the other to achieve the additional axes. By not resetting or moving the part, this machine decreases the risk of human error. [Start Manufacturing](https://namf.com/contact/ "Start Manufacturing") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/capabilities/cnc-milling/#) [Terms & Conditions.](https://namf.com/capabilities/cnc-milling/#) ## Dip Brazing Services ![Header - Dip Brazing](https://namf.com/wp-content/uploads/2025/02/header-dip-brazing.jpg) # Professional Dip Brazing Services for Quality Finished Products Top-of-the-line aluminum dip brazing services for high-quality and durable products. [Contact Us](https://namf.com/contact/ "Contact Us") [Our Capabilities](https://namf.com/capabilities/ "Our Capabilities") With the increase in customized goods, the need to join two or more parts together to create custom products has become quite popular. When joining the parts, you should ensure the bond is stronger than the base materials to make high-quality, durable products. The dip brazing procedure allows the joining of aluminum components to create strong, leak-proof, and conductive joints. Unlike conventional welded joints, dip-brazed joints are durable to minimize distortion and resist shock. At NAMF, we specialize in aluminum dip brazed assemblies for a wide variety of industries, including military, medical, aerospace, energy, and more. [Start Manufacturing](https://namf.com/contact/ "Start Manufacturing") ![Featured - Dip Brazing](https://namf.com/wp-content/uploads/2025/02/featured-dip-brazing.jpg) ## Benefits of Our Dip Brazing Services You Can’t Forgo ## EMI Shielding Dip brazing eliminates excessive distortion that takes place during welding. It fills joints by capillary action, creating good EMI protection. ## Reduced Tooling Costs Our dip brazing process requires little to no special tooling equipment. We can use common fixtures and save money on assembly costs. ## Less Distortion Dip brazing heats metals uniformly in a chemical bath, reducing the risk of alteration of the custom products. ## Improved Structural Integrity If you’re worried about corrosion or wear, dip brazing is ideal due to its strength and durability. It removes any traces of salt, ensuring that no oxidization occurs at any point. After dip brazing, the joints formed are usually stronger than the base metal. This improves the dip-brazed product’s longevity. ## Better Conductivity Unlike adhesive or mechanically attached assemblies, dip-brazed joints offer superior conductivity. This makes transmission of electric current in the end product fast and easy. ## 100% Coverage Whether you’re joining thin or thick parts, dip brazing offers complete coverage without the added requirement of grinding welded seams. ## Clean Joints During the process, molten salts act as a flux. This protects the dip-brazed joints from oxidation, ensuring your end product is strong and clean. ## Our Dip Brazing Process Step 1: ## Assembly Preparation Parts are inspected, cleaned of grease, oil, and oxides, and fluxed for brazing. Step 2: ## Preheat We heat the parts to below the metal’s melting point. This allows uniform heating of different sizes of metal to maintain minimal distortion. Step 3: ## Immersion After preheating, we immerse the parts into a molten salt bath for a few minutes. Step 4: ## Quench, Clean, Inspect After molten bath immersion, parts are quenched, hardened, cooled, cleaned, and inspected for quality. [Get Started](https://namf.com/contact/ "Get Started") ## Turnkey Solutions for CNC Machining [**Precision Manufacturing**\\ \\ Accuracy, quality, and durability for your project.\\ \\ READ MORE](https://namf.com/napm/) [**Dip Brazing**\\ \\ Keep your part or product strong with dip brazing for the final step.\\ \\ READ MORE](https://namf.com/capabilities/dip-brazing/) [**Metal Fabrication**\\ \\ From laser cutting to painting and coating, NAMF works for you.\\ \\ READ MORE](https://namf.com/capabilities/metal-fabrication/) [**CNC Milling**\\ \\ Horizontal, vertical, and 5-axis machining trusted by the defense and aerospace industries for over 60 years.\\ \\ READ MORE](https://namf.com/capabilities/cnc-milling/) [**Solutions**\\ \\ Discover the portfolio of services and gallery of projects to prove our process.\\ \\ READ MORE](https://namf.com/solutions/) ## Why Choose Us for All Your Dip Brazing Needs? Our company has over 60 years of experience in aluminum dip brazing. We have extensive expertise and training to create custom products for all types of industries. Even better, our NADCAP and NAVSEA certifications set us apart from other dip brazing manufacturers. As a reputable dip brazing company, we provide you with a quality finished product at affordable costs. [Contact Us](https://namf.com/contact/ "Contact Us") ![Featured - Milling](https://namf.com/wp-content/uploads/2025/02/featured-milling.png) [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/capabilities/dip-brazing/#) [Terms & Conditions.](https://namf.com/capabilities/dip-brazing/#) ## FAQs on Manufacturing Services ![Header - FAQs](https://namf.com/wp-content/uploads/2025/02/header-faqs.png) # FAQs [Contact Us](https://namf.com/contact/ "Contact Us") [Solutions](https://namf.com/solutions/ "Solutions") What is dip brazing? Dip brazing is a process that joins aluminum components by immersing them in a molten salt bath, creating strong, leak-proof, and conductive joints. It is ideal for applications requiring durable and distortion-resistant assemblies. What are the benefits of dip brazing services? - **EMI Shielding**: Provides excellent electromagnetic interference protection. - **100% Coverage**: Ensures complete coverage without the need for grinding welded seams. - **Reduced Tooling Costs**: Requires minimal special tooling equipment. - **Improved Structural Integrity**: Offers strong joints that resist corrosion and wear Why choose AS9100 certified companies? AS9100 certification is the gold standard for quality management in the aerospace and defense industries. It ensures that companies meet rigorous standards for safety, reliability, and performance, providing clients with confidence in the quality of products and services. What is the difference between vertical and horizontal CNC milling? Vertical milling involves spindles aligned vertically, while horizontal milling has spindles aligned horizontally. It offers faster material removal, while horizontal milling provides greater accuracy. What is chemical film coating? Chemical film coating, also known as chem film or chromate conversion coating, is a process that enhances the corrosion resistance of aluminum surfaces. It is widely used in the aerospace and defense industries for its protective properties. What industries benefit from precision welding services? Precision welding is crucial for the defense and aerospace industries, where high-quality, reliable joints are necessary for components like aerospace parts, satellites, and weapons systems. NAMF’s precision welding meets stringent industry standards. What are the advantages of custom aluminum fabrication? Custom aluminum fabrication offers lightweight and corrosion-resistant solutions for various applications. It allows for the creation of tailored products, such as solar panels and outdoor structures, ensuring high-quality and cost-effective results. What is high volume CNC machining? High volume CNC machining involves the use of advanced CNC technology to produce large quantities of precision parts efficiently. It is ideal for industries requiring consistent quality and rapid production. How does rapid prototype machining benefit product development? Rapid prototype machining allows for the quick creation of prototypes, enabling faster testing and iteration of designs. This accelerates the product development process and helps bring products to market more quickly. Why are aluminum enclosures used for electronics? Aluminum enclosures provide excellent protection for electronic components against environmental factors such as moisture, dust, and electromagnetic interference. These are lightweight, durable, and ideal for military and aerospace applications. What is EMI shielding, and why is it important? EMI shielding protects electronic devices from electromagnetic interference, which can disrupt their normal functioning. It is crucial for industries like aerospace and defense, where electronic reliability is paramount. What types of products can benefit from industrial engraving services? Industrial engraving is used for various products, including control panels, ID tags, and labels. It provides precise and detailed markings, essential for industries such as aerospace, defense, and electronics. What is sheet metal punching? Sheet metal punching is a process that uses a punch press to create holes or shapes in metal sheets. It is an efficient method for producing parts with precise dimensions and is commonly used in metal fabrication. What are the benefits of CNC laser cutting? CNC laser cutting offers high precision and flexibility in cutting complex shapes from metal sheets. It is ideal for industries requiring intricate designs and consistent quality in metal parts. What is enclosure fabrication? Enclosure fabrication involves creating protective housings for electronic components. It ensures that sensitive equipment is shielded from environmental hazards and is often customized to meet specific industry requirements. [Contact Us](https://namf.com/contact/ "Contact Us") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/resources/faqs/#) [Terms & Conditions.](https://namf.com/resources/faqs/#) ## Aluminum Enclosure Gallery ![Header - Portfolio](https://namf.com/wp-content/uploads/2025/02/header-portfolio.jpg) # Gallery [Solutions](https://namf.com/solutions/ "Solutions") [Contact Us](https://namf.com/contact/ "Contact Us") [![Ruggedized dip-brazed enclosure with removable cover panel, featuring precision-machined gold anodized aluminum housing and black access panel designed for aerospace applications.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-1-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-1.png)[![Precision-manufactured green aluminum electronics enclosure with integrated heat sink fins, featuring multiple circular apertures and machined compartments for defense systems applications.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-2-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-2.png)[![Military-grade green aluminum electronics housing with thermal management design, featuring precisely positioned circular cutouts, internal compartments, and mounting points for ruggedized environments.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-3-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-3.png)[![Dip-brazed aluminum enclosure with beige finish, featuring precision-machined mounting holes, cutouts for interface connections, and reinforced frame design for defense and aerospace applications.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-4-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-4.png)[![Precision-engineered dip-brazed aluminum enclosure with beige anodized finish, featuring labeled control panel cutouts, strategic mounting points, and reinforced framework designed for defense electronics applications.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-5-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-5.png)[![Multi-compartment aluminum chassis with silver exterior coating and gold chromate internal finish, featuring precision-machined cavities and integrated mounting holes for advanced electronic component installation.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-6-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-6.png)[![Interior view of precision-manufactured aluminum enclosure with silver exterior and gold chromate protective coating, showcasing multi-chamber design with strategically positioned access ports and mounting interfaces.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-7-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-7.png)[![Precision-machined aluminum heat sink with parallel fin architecture, featuring uniform thermal dissipation channels and integrated mounting platform for high-performance defense and aerospace electronics applications.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-8-768x513.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-8.png)[![Cylindrical pressure vessel fabricated from aerospace-grade aluminum with precision-welded seams, featuring integrated inlet/outlet ports and reinforced end caps designed for high-pressure fluid containment in aviation applications.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-9-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-9.png)[![Precision-machined aluminum front panel with labeled connector cutouts for rack-mounted electronic systems, featuring systematically arranged rectangular slots for power supplies and circular apertures for interface connections with alphanumeric designations.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-10-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-10.png)[![Multi-compartment precision-machined chassis with black anodized exterior and gold chromate internal finish, featuring integrated mounting structures and partitioned electronic component sections with reinforced structural supports.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-11-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-11.png)[![Precision-manufactured aluminum waveguide assembly with integrated compartments, featuring multi-stage internal geometry and precision-machined mounting interfaces designed for high-frequency signal transmission in defense communications systems.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-12-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-12.png)[![Cube-shaped aluminum heat sink enclosure with integrated cooling fins on all sides, featuring precision-machined cutouts and mounting points for electronic component integration with optimized thermal dissipation architecture.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-13-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-13.png)[![Precision-manufactured mounting bracket assembly with integrated adjustment mechanism, featuring reinforced triangular support structure and calibrated positioning system designed for aerospace optical component alignment.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-14-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-14.png)[![](https://namf.com/wp-content/uploads/2025/02/namf-gallery-15-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-15.png)[![Precision-manufactured dip-brazed electronics housing base with gold chromate perimeter and anodized black interior, featuring integrated mounting bosses and strategic reinforcement structures for ruggedized defense applications.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-16-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-16.png)[![Precision-machined aluminum heat sink with parallel cooling fin architecture, featuring anodized black finish, strategic cutouts for component integration, and mounting interfaces designed for high-performance defense electronics cooling applications.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-17-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-17.png)[![Military-grade olive drab formed sheet metal component with precision-stamped mounting holes, recessed equipment mounting surfaces, and carefully engineered geometry for integration into tactical defense systems.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-18-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-18.png)[![Partially assembled ruggedized electronics enclosure featuring gold-chromated interior, precision-machined mounting points, black anodized side panels, and integrated component alignment structures designed for defense communication systems.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-19-768x511.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-19.png)[![Alternative view of ruggedized electronics enclosure framework showing internal mounting structures, precision alignment posts, and reinforced corner joints designed to withstand extreme environmental conditions in defense applications.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-20-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-20.png)[![CNC-machined aluminum housing with complex internal geometry, precision-milled mounting surfaces, and integrated structural reinforcements designed for aerospace electronic component integration.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-21-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-21.png)[![Complete ruggedized electronics enclosure with integrated thermal management system, featuring precision-machined aluminum construction, circular connector ports with identification labels, and modular card cage design for defense systems.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-22-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-22.png)[![Angled view of military-grade electronics chassis showing internal card guides, thermal management channels, labeled connector ports, and reinforced construction designed for harsh operational environments.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-23-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-23.png)[![Compact ruggedized electronics housing with integrated heat sink fins, precision-machined connector ports with identification labels, and display cutout designed for tactical field deployment.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-24-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-24.png)[![Dip-brazed aluminum electronics enclosure with two-tone finish, featuring internal connector mounting surfaces, precision apertures for interface connections, and reinforced construction for aerospace applications.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-25-768x513.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-25.png)[![Two military-grade ruggedized electronics enclosures with olive drab finish, featuring precision-machined ventilation cutouts and internal chassis structure designed for defense applications in harsh environments.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-26.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-26.png)[![Precision-machined aluminum chassis assembly with polished interior cavity, integrated mounting flange, and reinforced support structure designed for avionics equipment housing with strategically placed access ports.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-27-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-27.png)[![Gold-anodized aluminum heat sink module with parallel cooling fin architecture, featuring precision-machined baseplate, perimeter mounting holes, and optimized thermal dissipation design for high-performance defense electronics.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-28-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-28.png)[![Precision-machined stainless-steel interface component with mirror-polished surfaces, integrated mounting points, and specialized connector port designed for critical aerospace system integration.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-29-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-29.png)[![Military-specification electronics enclosure with olive drab finish, featuring integrated cooling fins, multiple interface cutouts with EMI-shielded frames, and precision-labeled connector ports for tactical communications equipment.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-30-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-30.png)[![Internal view of ruggedized mil-spec enclosure with integrated cooling fin architecture, gold-chromate interior surfaces, and precision mounting interfaces designed for tactical field deployment of communications equipment.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-31-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-31.png)[![Portable military-grade electronics enclosure with integrated carrying handle, thermal management system, and front panel connector ports including power interfaces and operational controls for field deployment.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-32-768x512.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-32.png)[![Advanced thermal management system featuring multi-tiered heat sink architecture, precision-machined aluminum construction, and specialized mounting interfaces designed for high-performance computing applications in defense systems.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-33.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-33.png)[![Precision-machined aluminum fluid transfer assembly with integrated mounting brackets, featuring seamless welded joints, threaded connection port, and optimized flow geometry designed for aerospace hydraulic systems.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-34.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-34.png)[![Aluminum electronics chassis framework with integrated card guides, precision-machined ventilation features, and thermal management design showcasing NAMF's advanced manufacturing capabilities for defense and aerospace applications.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-36-768x622.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-36.png)[![Custom dip-brazed aluminum fluid distribution manifold assembly with concentric flow paths and corresponding ring mount, featuring precision-drilled ports and specialized mounting interfaces for aerospace cooling systems.](https://namf.com/wp-content/uploads/2025/02/namf-gallery-35-768x424.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-35.png)[![](https://namf.com/wp-content/uploads/2025/02/namf-gallery-37-535x768.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-37.png)[![](https://namf.com/wp-content/uploads/2025/02/namf-gallery-38.png)](https://namf.com/wp-content/uploads/2025/02/namf-gallery-38.png) [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/solutions/gallery/#) [Terms & Conditions.](https://namf.com/solutions/gallery/#) ## Metal Fabrication Solutions ![Header - Metal Fabrication](https://namf.com/wp-content/uploads/2025/02/header-metal-fabrication.jpg) # Metal Fabrication Services That Work For You Boost your efficiency with all your fabrication and metal production needs under one roof [Contact Us](https://namf.com/contact/ "Contact Us") [Our Capabilities](https://namf.com/capabilities/ "Our Capabilities") New Age’s expert team of designers, project managers, and quality control engineers transforms your engineering and design visions into reality, ensuring a problem-free construction process. We provide complete, high-quality metal fabrication solutions, exceeding expectations with advanced equipment and tailored expertise. Our diverse clientele, spanning aerospace, defense, manufacturing, and architecture, benefits from our experience and commitment to creating unique, project-specific solutions. Contact us for a quote, regardless of project size or quantity. [Start Manufacturing](https://namf.com/contact/ "Start Manufacturing") ![Featured - Metal Fab](https://namf.com/wp-content/uploads/2025/02/featured-metal-fab.jpg) ## We Believe In A Collaborative Design Process It doesn’t matter which partner we work with, our goal is to make the design process collaborative and efficient. Our team of project managers and designers ensures that every deliverable is accurate and exceeds your expectations. Get guidance from our specialists at every step of the way. Our commitment to quality shows up in every interaction, with every process, and in every conversation. ## Services ## Reliable Laser Cutting Using TruLaser 2030 4kW Fiber-Optic technology, NAMF delivers precision cutting across varied material thicknesses. This high-capacity system efficiently processes 5052 and 6061 aluminum alloys, stainless steel, copper, and brass up to 1.5 inches thick. ## Efficient Punching NAMF and NAPM utilize advanced Amada CNC punch press systems to ensure rapid turnaround for prototype and production requirements. Our precision punching capabilities accommodate sheet sizes up to 50×78 inches, providing exceptional hole quality, complex patterns, and specialized forming operations. ## High-Quality Forming Fabricate metal parts and structures to suit your organization’s needs with ease. NAMF and NAPM each operate four CNC press brakes which can create a wide range of angles and radii in aluminum, stainless, copper, and brass. ## Processes ## Expert Welding Our certified team of welders each has a wealth of experience in dealing with conventional and advanced equipment to suit different materials and alloys. They’re certified to weld to AWS D17.1 and AWS D1.2. Welding is done at both NAMF and NAPM. ## Chemical Conversion Coating We provide corrosion-resistant coatings with excellent conductivity. NAMF is NADCAP approved for chemical conversion coating to Mil-Spec Mil-DTL 5541. We offer Type I, classes 1A and 3, and Type II, classes 1A and 3. ## Painting Our advanced finishing systems integrate conveyor-based application technology with precision environmental controls to deliver exceptional surface treatments. We offer comprehensive finishing solutions including air-dry formulations, baked enamels, and specialized powder epoxies that meet all applicable Mil-Spec requirements, including Chemical Agent Resistant Coating (CARC) specifications. ## Why Choose Us for All Your Metal Fabrication Needs? Our company has over 60 years of experience in metal fabrication. We have extensive expertise and training to create custom products for all types of industries. Even better, our NADCAP and NAVSEA certifications set us apart from other metal fabrication manufacturers. As a reputable metal fabrication company, we provide you with a quality finished product at affordable costs. ![Featured - Milling](https://namf.com/wp-content/uploads/2025/02/featured-milling.png) [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/capabilities/metal-fabrication/#) [Terms & Conditions.](https://namf.com/capabilities/metal-fabrication/#) ## Precision Manufacturing Equipment ![Header - Equipment List](https://namf.com/wp-content/uploads/2025/02/header-equipment-list.jpg) # Equipment List Precision manufacturing capabilities for defense and aerospace excellence ## Sheet Metal Fabrication | Machine Type | Piece Part Working Envelope | | --- | --- | | Trumpf 2030 4000W Fiber Laser | 60″X120″ | | Amada Pega NC Punch 345Q | 39″X50″ | | Amada Vipros NC Punch 357 Queen VP305072 | 48″X70″ | | Amada RG-80 Press Brake | 80″ Length | | Amada FABIII FBD-8025NT Press Brake | 86.6″ Length | | Amada FABIII FBD-1253NT Press Brake | 106.3″ Length | | Amada Hydraulic FBD III 8025NT 88-Ton Press Brake | 96″ Length | | Cincinnati Hydraulic 90CB80 90-Ton Press Brake | 96″ Length | ## CNC Machining | Machine Type | Piece Part Working Envelope | | --- | --- | | Mazak VCN-510C 3-Axis Vertical Mill | 41.34 x 20.87 Table | | Mazak PFH-5800 4-Axis Horizontal Mill | 28.74 x 28.74 Table | | Mazak PFH-5800 4-Axis Horizontal Mill | 28.74 x 28.74 Table | | Kitamura HX-500i 4-Axis Horizontal Mill | 30 x 20 Table | | Morrison VMC-6733B 3-Axis Vertical Mill | 67 x 33 Table | | Morrison VMC-6733B 3-Axis Vertical Mill, | 67 x 33 Table | | Bulova VMC-4220B 3-Axis Vertical Mill | 42 x 20 Table | | Bulova VMC-4220B 3-Axis Vertical Mill | 42 x 20 Table | | Bulova BT380 3-Axis Vertical Mill | 20.47 x 14.17 Table | | Bulova BT380 3-Axis Vertical Mill | 20.47 x 14.17 Table | | Morrison VMC-3320L 3-Axis Vertical Mill | 33 x 20 Table | | Bulova VMC4729 3-Axis Vertical Mill | 47 x 29 Table | | Bulova VMC-6733B 3-Axis Vertical Mill | 67 x 33 Table | | Bulova VMC-4220B 3-Axis Vertical Mill | 42 x 20 Table | | Bulova VMC-3320L 3-Axis Vertical Mill | 33 x 20 Table | | Bulova BT-380 3-Axis Vertical Mill | 24 x 15 Table | | Bulova BT-380 3-Axis Vertical Mill | 24 x 15 Table | | Bulova BT-380 3-Axis Vertical Mill | 24 x 15 Table | | Campro CNV-1050 3-Axis Vertical Mill | 40 x 20 Table | | Fadal 8030D-3HT 3-Axis Vertical Mill | 80 x 30 Table | | Fadal 4020 3-Axis Vertical Mill | 40 x 20 Table | | Fadal 4020 3-Axis Vertical Mill | 40 x 20 Table | | Fadal 5020 3-Axis Vertical Mill | 50 x 20 Table | | Campro U255C 5-Axis Mill | 15 x 20 Table | | Campro CPV-1050B 5-Axis Mill | 20 x 20 Table | ## Lathe | Machine Type | Piece Part Working Envelope | | --- | --- | | CNC Lathe Campro CPL-208 | Max Dia: 15.70″ Max Turning Length: 19.60″ | ## Dip Brazing | Machine Type | | --- | | Upton Industries Dip Brazing Flux Bath graphite electrodes. Bath size 42” X 30” X 40″ deep | | Ajax Hultgren Dip-Brazing Flux Bath, electric type IIC. Bath size of 36″ x 24″ x 30″ deep. | | Grieve Henry electric furnace with working dimensions of 26″ x 26″ x 36″ | | Grieve Henry electric furnace with working dimensions of 36″ x 36″ x 36″ | | Wisconsin Oven, Electric furnace with working dimensions of 24” x 24” x 24” | | Wisconsin Oven, Electric furnace with working dimensions of 36” x 48” x 36 | | Genrich Electric furnace with working dimensions of 26″ x 48″ x 60″ | | New England Electric furnace with working dimensions of 26″ x 36″ x 48″ | | 9 Cleaning tanks with working dimensions of 60” x 36” x 30’ deep | ## Welding | Machine Type | | --- | | Miller CP-252TS | | Lincoln Precision TIG 375 | | Miller Syncrowave 300 Tig Welders with coolers | | Miller Syncrowave 300 Tig Welders with coolers | | Lincoln Precision Tig 375 | | Westinghouse B51 heavy duty mig welder | | Oxy-Acetylene cutting brazing torch | ## Chemical Conversion Coating | Machine Type | | --- | | Chem-Film Line, MIL-DTL-5541, Type I & II, Class 1A & 3 | ## Paint Shop | Machine Type | Piece Part Working Envelope | | --- | --- | | 3 Spray Booths | 72″L x 90″W x 80″H | | Powder Coating Booth | 120″L x 96″W x 93″H | | Paint Baking Oven | 72″L x 72″W x 72″H | ## Inspection Department | Machine Type | Piece Part Working Envelope | | --- | --- | | Brown & Sharpe Micro-Hite 600 | 24″H | | Brown & Sharpe Micro-Hite 900 | 36″H | | Brown and Sharpe Micro Hite gauge | 24’H | | Mitutoyo height gauge | 10″ High | | Starrett height gauge | 20″ High | | Etalon height gauge | 29″ High | | Mitutoyo BRT-M707, Coordinate Measuring Machine, Renishaw MH20i Probe | 28″L x 28″W x 24″H | | TESA Micro Hite 3D Coordinate Measuring Machine | | [Contact Us](https://namf.com/contact/ "Contact Us") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/capabilities/equipment-list/#) [Terms & Conditions.](https://namf.com/capabilities/equipment-list/#) ## Portfolio of Solutions ![Header - Portfolio](https://namf.com/wp-content/uploads/2025/02/header-portfolio.jpg) # Portfolio [Solutions](https://namf.com/solutions/ "Solutions") [Contact Us](https://namf.com/contact/ "Contact Us") The value-added services the New Age Companies provide our customers are reflected in the specialized work we do. This work requires careful engineering and precise manufacturing. The products highlighted below are indicative of the scope of our capabilities and the top-quality product you can expect from us. ## Integrated Maritime Systems Weldment This Integrated Maritime Systems Weldment called upon all New Age Metal Fabrication’s resources. The finished Weldment stands roughly 65” tall, 30” wide, and 25” deep. The finished product weighs 350 pounds. The capabilities and processes we used on this Weldment include: - CNC Machining - Welding and Inspection IAW MIL-DTIL-D1.2 - Mechanical Assembly and Fixturing - Chemical Conversion Coating IAW MIL-DTL-5541 - CARC Finishing ![](https://namf.com/wp-content/uploads/2025/02/Integrated-Maritime-Systems-Weldment-1.png) ![](https://namf.com/wp-content/uploads/2025/02/Integrated-Maritime-Systems-Weldment-2.png) ![](https://namf.com/wp-content/uploads/2025/02/Integrated-Maritime-Systems-Weldment-3.png) ![Brazed Housing Subassembly - 1](https://namf.com/wp-content/uploads/2025/02/brazed-housing-subassembly-1.png) ## Brazed Housing Subassembly This Dip-Brazed Housing Subassembly exemplifies our product expertise. The body of the chassis is constructed of 6061 with 0.008” fin stock. The overall dimensions of the chassis are 15.570” long by 12.631” wide by 7.527” tall with true dimension tolerances of 0.003”. Flatness tolerances were held to 0.01” with close work tolerances as tight as ±0.002”. Dimensional inspection was performed with precision CMM equipment. Most of our services were incorporated into the manufacturing of this Subassembly: - CNC Machining - Assembly - Welding - Dip Brazing - Heat Treating - Specially Designed Masking - Engraving - Chemical Conversion Coating - CARC Finishing - Hardware Installation - Silk Screening, Marking, and Engraving Filling ## Power Enclosure This Power Enclosure demonstrates the integrated services offered by New Age Metal Fabricating and New Age Precision Manufacturing. Each of its 14 components are machined either at New Age Metal Fabricating or New Age Precision Manufacturing. The pre-machined components weigh approximately 150 pounds. The finished brazed assembly weighs approximately 80 pounds, with final dimensions of 28” tall by 22” wide and 11” deep. The components are assembled, dip brazed, and welded at New Age Precision Manufacturing. The final product is then heat treated to T6. Most of our services were incorporated into the manufacturing of this Enclosure: - CNC Machining - Assembly - Welding - Dip Brazing - Heat Treating - Specially Designed Masking - Engraving - Chemical Conversion Coating - CARC Finishing - Hardware Installation - Silk Screening, Marking, and Engraving Filling ![](https://namf.com/wp-content/uploads/2025/02/Power-Enclosure-1.png) ![](https://namf.com/wp-content/uploads/2025/02/Power-Enclosure-2.png) ![](https://namf.com/wp-content/uploads/2025/02/power-enclosure-3.png) [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/solutions/portfolio/#) [Terms & Conditions.](https://namf.com/solutions/portfolio/#) ## Metal Fabrication Resources ![Header - Resources](https://namf.com/wp-content/uploads/2025/02/header-resources.png) # Resources [Solutions](https://namf.com/solutions/ "Solutions") [Our Capabilities](https://namf.com/capabilities/ "Our Capabilities") Save yourself time and money with custom solutions for metal fabrication and precision manufacturing f rom a single source. We take care of the material sourcing and shipping, so you only have one contact for the project. [Start Manufacturing](https://namf.com/contact/ "Start Manufacturing") [![Blog](https://namf.com/wp-content/uploads/2025/02/bucket-portfolio.png)\\ \\ **Blog** \\ \\ Get the latest industry news and insights.\\ \\ READ MORE](https://namf.com/resources/blog/) [![FAQs](https://namf.com/wp-content/uploads/2025/02/bucket-gallery.png)\\ \\ **FAQs**\\ \\ READ MORE](https://namf.com/resources/faqs/) [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/resources/#) [Terms & Conditions.](https://namf.com/resources/#) ## Manufacturing Insights Blog ![Header - Resources](https://namf.com/wp-content/uploads/2025/02/header-resources.png) # Blog [Solutions](https://namf.com/solutions/ "Solutions") [Contact Us](https://namf.com/contact/ "Contact Us") [![military enclosures](https://namf.com/wp-content/uploads/2020/03/military-enclosures.jpg)\\ \\ April 8, 2025\\ \\ **Custom Military Enclosures: The Unsung Heroes of Defense Systems**\\ \\ READ MORE](https://namf.com/custom-military-enclosures-2/) [![Aluminum Dip Brazing](https://namf.com/wp-content/uploads/2018/07/NAMF_30B.png)\\ \\ April 7, 2025\\ \\ **Why Defense Engineers Choose Aluminum Dip Brazing: The Superior Joining Technology**\\ \\ READ MORE](https://namf.com/top-of-the-line-aluminum-dip-brazing-services-2/) [![Discover the transformative power of 5-axis milling in modern manufacturing. Learn its applications, advantages, and what the future holds.](https://namf.com/wp-content/uploads/2024/01/Introducing-5-Axis-Milling-Technology.jpg)\\ \\ March 24, 2025\\ \\ **Why Top Manufacturers Switched To 5-Axis Machining**\\ \\ READ MORE](https://namf.com/5-axis-milling-2/) [![Cnc milling machine. Processing and laser cutting for metal in the industrial. Motion blur. Industrial exhibition of machine tools.](https://namf.com/wp-content/uploads/2025/03/How-to-Achieve-Tight-Tolerances-in-Precision-Machining.jpg)\\ \\ March 18, 2025\\ \\ **How to Achieve Tight Tolerances in Precision Machining**\\ \\ READ MORE](https://namf.com/precision-machining/) [![Essential Design Optimization Techniques for CNC Rapid Machining](https://namf.com/wp-content/uploads/2025/02/Essential-Design-Optimization-Techniques-for-CNC-Rapid-Machining.jpg)\\ \\ February 25, 2025\\ \\ **Essential Design Optimization Techniques for CNC Rapid Machining**\\ \\ READ MORE](https://namf.com/rapid-machining/) [![The hole drilling processing by drill tool on NC milling machine. The shop floor operation by NC milling machine.](https://namf.com/wp-content/uploads/2025/02/The-Advantages-of-Horizontal-Milling-in-Large-Scale-Production.jpg)\\ \\ February 11, 2025\\ \\ **The Advantages of Horizontal Milling in Large-Scale Production**\\ \\ READ MORE](https://namf.com/horizontal-milling/) [![](https://namf.com/wp-content/uploads/2025/01/10-Innovative-Applications-of-Custom-Sheet-Metal-Fabrication-in-Modern-Industries.jpg)\\ \\ January 10, 2025\\ \\ **10 Innovative Applications of Custom Sheet Metal Fabrication in Modern Industries**\\ \\ READ MORE](https://namf.com/custom-sheet-metal-fabrication/) [![Why Precision Sheet Metal Matters in Modern Manufacturing?](https://namf.com/wp-content/uploads/2024/12/Why-Precision-Sheet-Metal-Matters-in-Modern-Manufacturing.jpg)\\ \\ December 24, 2024\\ \\ **Why Precision Sheet Metal Matters in Modern Manufacturing?**\\ \\ READ MORE](https://namf.com/precision-sheet-metal/) [![Steel vs. Aluminum: Deciding on the Right Material for Your Project](https://namf.com/wp-content/uploads/2024/12/Steel-vs.-Aluminum-Deciding-on-the-Right-Material-for-Your-Project.jpg)\\ \\ December 17, 2024\\ \\ **Steel vs. Aluminum: Deciding on the Right Material for Your Project**\\ \\ READ MORE](https://namf.com/steel-vs-aluminum/) Page 1 of 161 [2](https://namf.com/resources/blog/page/2/ "Page 2") [3](https://namf.com/resources/blog/page/3/ "Page 3") [4](https://namf.com/resources/blog/page/4/ "Page 4") [5](https://namf.com/resources/blog/page/5/ "Page 5")... [10](https://namf.com/resources/blog/page/10/ "Page 10")... [»](https://namf.com/resources/blog/page/2/) [Last »](https://namf.com/resources/blog/page/16/) [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/resources/blog/#) [Terms & Conditions.](https://namf.com/resources/blog/#) ## Privacy Policy Overview # Privacy Policy ## Who we are Our website address is: https://www.namf.com. ## Comments When visitors leave comments on the site we collect the data shown in the comments form, and also the visitor’s IP address and browser user agent string to help spam detection. An anonymized string created from your email address (also called a hash) may be provided to the Gravatar service to see if you are using it. The Gravatar service privacy policy is available here: https://automattic.com/privacy/. After approval of your comment, your profile picture is visible to the public in the context of your comment. ## Media If you upload images to the website, you should avoid uploading images with embedded location data (EXIF GPS) included. Visitors to the website can download and extract any location data from images on the website. ## Cookies If you leave a comment on our site you may opt-in to saving your name, email address and website in cookies. These are for your convenience so that you do not have to fill in your details again when you leave another comment. These cookies will last for one year. If you visit our login page, we will set a temporary cookie to determine if your browser accepts cookies. This cookie contains no personal data and is discarded when you close your browser. When you log in, we will also set up several cookies to save your login information and your screen display choices. Login cookies last for two days, and screen options cookies last for a year. If you select “Remember Me”, your login will persist for two weeks. If you log out of your account, the login cookies will be removed. If you edit or publish an article, an additional cookie will be saved in your browser. This cookie includes no personal data and simply indicates the post ID of the article you just edited. It expires after 1 day. ## Embedded content from other websites Articles on this site may include embedded content (e.g. videos, images, articles, etc.). Embedded content from other websites behaves in the exact same way as if the visitor has visited the other website. These websites may collect data about you, use cookies, embed additional third-party tracking, and monitor your interaction with that embedded content, including tracking your interaction with the embedded content if you have an account and are logged in to that website. ## Who we share your data with If you request a password reset, your IP address will be included in the reset email. ## How long we retain your data If you leave a comment, the comment and its metadata are retained indefinitely. This is so we can recognize and approve any follow-up comments automatically instead of holding them in a moderation queue. For users that register on our website (if any), we also store the personal information they provide in their user profile. All users can see, edit, or delete their personal information at any time (except they cannot change their username). Website administrators can also see and edit that information. ## What rights you have over your data If you have an account on this site, or have left comments, you can request to receive an exported file of the personal data we hold about you, including any data you have provided to us. You can also request that we erase any personal data we hold about you. This does not include any data we are obliged to keep for administrative, legal, or security purposes. ## Where your data is sent Visitor comments may be checked through an automated spam detection service. ## Additional Utilities We partner with Microsoft Clarity and Microsoft Advertising to capture how you use and interact with our website through behavioral metrics, heatmaps, and session replay to improve and market our products/services. Website usage data is captured using first and third-party cookies and other tracking technologies to determine the popularity of products/services and online activity. Additionally, we use this information for site optimization, fraud/security purposes, and advertising. For more information about how Microsoft collects and uses your data, visit the [Microsoft Privacy Statement](https://privacy.microsoft.com/privacystatement). Additionally, we partner with VWO to provide A/B testing in order to optimize and improve user experience. Website usage data is captured using technologies like cookies, web logging, and/or other direct and indirect methods. For more information visit the [VWO Privacy Policy](https://vwo.com/privacy-policy) [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/privacy-policy/#) [Terms & Conditions.](https://namf.com/privacy-policy/#) ## Ancillary Services Overview ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/hero-homepage-1.png) ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/homepage-tank.png) # Category: Ancillary Services Your single source for metal fabrication and precision manufacturing Your single source for metal fabrication and precision manufacturing [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/category/ancillary-services/#) [Terms & Conditions.](https://namf.com/category/ancillary-services/#) ## CNC Metal Fabrication ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/hero-homepage-1.png) ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/homepage-tank.png) # Category: CNC Your single source for metal fabrication and precision manufacturing Your single source for metal fabrication and precision manufacturing [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/category/cnc/#) [Terms & Conditions.](https://namf.com/category/cnc/#) ## Dip Brazing Techniques ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/hero-homepage-1.png) ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/homepage-tank.png) # Category: Dip Brazing Your single source for metal fabrication and precision manufacturing Your single source for metal fabrication and precision manufacturing [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/category/dip-brazing/#) [Terms & Conditions.](https://namf.com/category/dip-brazing/#) ## Metal Fabrication Enclosures ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/hero-homepage-1.png) ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/homepage-tank.png) # Category: Enclosures Your single source for metal fabrication and precision manufacturing Your single source for metal fabrication and precision manufacturing [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/category/enclosures/#) [Terms & Conditions.](https://namf.com/category/enclosures/#) ## Metal Fabrication Services ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/hero-homepage-1.png) ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/homepage-tank.png) # Category: Fabrication Your single source for metal fabrication and precision manufacturing Your single source for metal fabrication and precision manufacturing [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/category/fabrication/#) [Terms & Conditions.](https://namf.com/category/fabrication/#) ## Laser Cutting Services ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/hero-homepage-1.png) ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/homepage-tank.png) # Category: Laser Cutting Your single source for metal fabrication and precision manufacturing Your single source for metal fabrication and precision manufacturing [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/category/laser-cutting/#) [Terms & Conditions.](https://namf.com/category/laser-cutting/#) ## Machining Services ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/hero-homepage-1.png) ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/homepage-tank.png) # Category: Machining Your single source for metal fabrication and precision manufacturing Your single source for metal fabrication and precision manufacturing [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/category/machining/#) [Terms & Conditions.](https://namf.com/category/machining/#) ## Metal Fabrication News ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/hero-homepage-1.png) ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/homepage-tank.png) # Category: News Your single source for metal fabrication and precision manufacturing Your single source for metal fabrication and precision manufacturing [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/category/news/#) [Terms & Conditions.](https://namf.com/category/news/#) ## Prototypes in Manufacturing ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/hero-homepage-1.png) ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/homepage-tank.png) # Category: Prototypes Your single source for metal fabrication and precision manufacturing Your single source for metal fabrication and precision manufacturing [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/category/prototypes/#) [Terms & Conditions.](https://namf.com/category/prototypes/#) ## Metal Fabrication Spotlight ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/hero-homepage-1.png) ![Hero - Homepage](https://namf.com/wp-content/uploads/2025/02/homepage-tank.png) # Category: Spotlight Your single source for metal fabrication and precision manufacturing Your single source for metal fabrication and precision manufacturing [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/category/spotlight/#) [Terms & Conditions.](https://namf.com/category/spotlight/#) ## CNC Cutting Services # Our CNC Cutting Services January 23, 2019 ![cnc cutting services](https://namf.com/wp-content/uploads/2019/01/cnc-cutting-services.jpg) ## Table of Contents - [CNC Cutting Services Explained](https://namf.com/cnc-cutting-services/#toc-1) ## CNC Cutting Services Explained The terms metal fabrication and CNC Machines are inseparable in today’s fast paced manufacturing industry, but CNC cutting services are just part of the equation for those looking for contract manufacturers. As a recognized leader within the Defense and Aerospace Industries, New Age Metal Fabrication and New Age Precision Manufacturing are the two arms of our company. Founded in 1979, New Age Metal Fabricating has taken the tried and true practices of a machine shop, such as machining and milling and advanced them combining the latest technologies with good old-fashioned know-how and a dependable work ethic to provide the very best in CNC cutting services. As a build-to-print manufacturer, we are a leader among full-service metal manufacturers servicing the Defense and Aerospace industries. For more than 60 years, New Age Precision Manufacturing supplied the Defense and Aerospace industries with the best in aluminum dip-brazing. Distinguished by our [NADCAP](http://www.boeingsuppliers.com/nadcap/nadcap_faq.htm) and [NAVSEA](https://www.navsea.navy.mil/) approvals, the Defense and Aerospace industries rely on our expertise. ### CNC Cutting Services and Metal Fabrication Services [Custom metal fabrication](https://www.namf.com/) often involves the combination of several techniques toward the process of achieving the desired end product, and while many other operations only perform part of this work, we provide complete metal fabrication support to our customers. From CNC cutting services on up, we are a single-source supplier of precision manufactured, dip-brazed, and painted products. All done solely by us without subcontracting. - **Laser** – Leaving an edge with a high-quality surface finish, industrial laser cutters can cut flat-sheets as well as structural materials. We use a TruLaser 2030 4 kW Fiber-Optic laser that can cut 5052, 6061 aluminum alloys, stainless steel, copper, and brass. - **Punching** – CNC turret punches have as many as sixty tools in a turret making them diverse enough to create both simple and complex shapes. Punches are less flexible overall than laser CNC cutting tools. Faster at creating repetitive shapes, CNC punches are not as advantageous for compound shapes. - **Forming** – CNC press brakes bend and form metal sheets and plates to a set predetermined measurements. We utilize four CNC press brakes which can form a wide range of angles and radii in aluminum, stainless, copper, and brass. - **Welding** – Our welders are well trained and experienced and certified to weld to AWS D17.1 and AWS D1.2. - **Chemical Conversion Coating** – We are NADCAP approved for chemical conversion coating to Mil-Spec Mil-DTL 5541. We offer Type I, classes 1A and 3, and Type II, classes 1A and 3. - **Painting** – We have in-house capabilities for wet paint and electro-static powder coating. We finish parts to all Mil-Specs and can meet the requirements of Chemical Agent Resistant Coating (CARC). ### Custom Metal Fabrication Metal Fabrication continues to change along with the technological advances found across manufacturing. The old ways of metal fabrication meet new technology in CNC machines and the New Age Companies are leaders in the field. From traditional milling techniques to advanced laser cutting, CNC programming can quickly and efficiently achieve custom work with exact precision. Providing premium CNC cutting services we can fulfill your needs. Some of what we can do: - Ruggedized Chassis - Metal Power Enclosures - Fabricate Complex Cabinetry and other Enclosures The capabilities of our well-trained and dedicated technicians are almost limitless making it difficult to fully describe what we can do. [Visit our gallery](https://www.namf.com/gallery/) to see samples of the diverse products we have created at the request of our dedicated customers. ### Why Choose New Age Metal Fabricating Quality parts, delivered on time, for as low a price as possible. That is what the New Age Companies strive for every time and because we are able to provide complete manufacturing services, we control both the quality of our parts and the production schedule from start to finish. Performing the entire process in-house, means we offer a rare, turn-key level of service within the industry. You simply will not find these advantages with any other company that provides CNC cutting services. #### The Advantage of Choosing New Age Metal Fabrication for your CNC cutting Services: - We are a single-source supplier of precision manufactured and dip-brazed products. - We offer complete, turnkey solutions to your material purchasing needs. - We control each step in the manufacturing process of your product. - You will have a single point of contact regarding your product. - We will save you the time and expense of finding multiple suppliers. - We will provide you with a finished product ready for immediate introduction into your production line. - We are approved by [BAE](https://www.baesystems.com/en/home) and [Lockheed Martin](https://www.lockheedmartin.com/en-us/index.html) to supply dip-brazed, chemical film, welded, and painted components. - We have NAVSEA approval to weld and dip-braze to Navy specifications. - We pledge a quick response to customer requests. - You can depend on our engineering team to work closely with you to achieve your end vision. [Contact us today](https://namf.com/contact/) to discuss your companies needs and visions. We would love to work with you, no matter if you are looking for a supplier for products already in use, or are looking for innovative new answers to streamline your production. From custom CNC cutting services to a painted, or dip-brazed finished products New Age Metal fabrication is here to help. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/cnc-cutting-services/#) [Terms & Conditions.](https://namf.com/cnc-cutting-services/#) ## Chemical Film Coating # Chemical Film Coating Services February 20, 2019 ![chemical film coating](https://namf.com/wp-content/uploads/2019/02/chemical-film-coating.jpg) ## Table of Contents - [What Is Chemical Film Coating?](https://namf.com/chemical-film-coating-services/#toc-1) - [How Does the Process of Chemical Film Coating Work?](https://namf.com/chemical-film-coating-services/#toc-2) - [Benefits of Chemical Film Coating](https://namf.com/chemical-film-coating-services/#toc-3) - [Chemical Film Coating Offered by NAMF](https://namf.com/chemical-film-coating-services/#toc-4) When manufacturing products, it is important to make sure each piece is made to the highest of standards. Not only do consumers want a quality product, but they also expect a safe product. This is where chemical film coating comes into the picture. This type of coating is used on metals in a variety of industries to produce a safer, higher quality product. Let’s take a look at the process of chemical film coating and its benefits to your company. ## What Is Chemical Film Coating? Chemical film coating, also known as chromate conversion coating or chemical film sealant is used to render certain alloys unreactive. It is a process that is applied as a protective coat on a metal product or part to make it more durable. It is a highly recommended process that is considered rather economical. Although it is usually the final phase in the production process, it is can be applied at any time. ### What Metals Can Chemical Film Coating Be Used On? Chemical film coating is used on a variety of alloys. The most common type is aluminum, but it can also be used on copper, zinc, silver or tin alloys, just to name a few. The final coating will have slight variances in terms of texture and appearance depending on the type of metal it is applied to. Even though there are differences, it is considered to be a process that has beneficial effects on most metals. ## How Does the Process of Chemical Film Coating Work? Chemical film coating can be applied to metal in one of three ways: dipping, spraying or brushing. No matter which method is used to apply the coating, a certain three-step process is followed. ### Cleaning Phase The first step is the cleaning phase. In this stage, the part or product is thoroughly washed and cleaned. This removes all of the oil, dirt, and debris that the part has accumulated during and since the production process. Cleaning is crucial to ensure the coating adheres to the product at maximum strength. ### Etching Phase The second step is the etching phase. This step is used on areas of the metal product which you do not want to be covered with the chemical film coating. After etching, the product will be cleaned once again to remove any debris left behind by the second step. ### Chemical Film Coating The third and final phase is the coating phase. You can choose from different classes of chemical film coating that vary in composition and thickness. The amount of time coating takes depends on the size and type of metal the product is made of, class of coating, and coating technique used. After the coating has set, the piece is ready for use. ## Benefits of Chemical Film Coating Corrosion is a term used to explain the [deterioration of metals](https://chem.libretexts.org/Bookshelves/Analytical_Chemistry/Supplemental_Modules_(Analytical_Chemistry)/Electrochemistry/Exemplars/Corrosion/Corrosion_Basics) when exposed to environmental elements. All metals will corrode, but different types of metals corrode at different rates. For instance, stainless steel is one of the slower corroding metals, while iron is one of the quickest. Metals that contain iron are prone to rust which is a type of corrosion that is specific to metals that contain iron. [Rust occurs](https://van.physics.illinois.edu/qa/listing.php?id=494) when the iron in metal is exposed to air and water. The orange, dusty substance forms on the surface of the iron-containing metal, which makes the structure weaker. The main benefit of chemical film coating is to protect metals from corrosion and rust. This type of coating also serves as a base coat to apply a finishing coat if desired, such as paint which further protects the metal underneath. ### Industries That Commonly Use Chemical Film Coating Chemical film coating can be used across a variety of industries. The most [common industries](http://www.chemprocessing.com/docs/chem_film.pdf) that utilize chemical film coating are aviation, military, defense, naval, and electrical industries. Due to high winds, high altitudes, and harsh environmental elements, the metal of airplanes are at a greater risk of corrosion. For obvious reasons, airplanes need the maximum protection available and chemical film coating offers just that. The military and naval industries use chemical film coating to prime and protect parts and equipment to meet military-grade standards. Electricians, on the other hand, use chemical film coating on the housing for electrical wires. This prevents erosion and ensures the safety of the electrical components and the structures that house them. ## Chemical Film Coating Offered by NAMF As [metal fabricators in NJ](https://www.namf.com/about-us/), we proudly offer chemical film coating and service companies all over the country as well as internationally. We are the industry leaders in chemical film coating by being NADCAP aprroved to carry out this process. We offer Type I, classes 1A and 3 as well as Type II, classes 1A and 3, and we also meet Mil-Spec Mil-DTL 5541. [Contact us](https://namf.com/contact/) today for all of your chemical film coating needs! [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/chemical-film-coating-services/#) [Terms & Conditions.](https://namf.com/chemical-film-coating-services/#) ## Laser Metal Cutting # The Leaders In Laser Metal Cutting Service March 14, 2019 ![laser metal cutting service](https://namf.com/wp-content/uploads/2019/03/laser-metal-cutting-service.jpg) ## Table of Contents - [Our Laser Metal Cutting Service](https://namf.com/laser-metal-cutting-service/#toc-1) ## Our Laser Metal Cutting Service When developing and manufacturing parts and products, it is important that they are cut with precision and to the highest quality. Often times the safety of consumers depends on products made to only the highest of standards. There are many options a [full-service manufacturing](https://www.namf.com/defense-aerospace-full-service-manufacturing/) company might offer, such as plasma cutting, punching, and waterjet cutting. However, laser metal cutting has evolved as the state-of-the-art technology when it comes to metal cutting. Let’s take a look at the process and benefits of using laser metal cutting services. ### What is Laser Metal Cutting? The method of laser metal cutting is exactly as the name implies. It is the use of a high powered laser to precisely cut through, bore, and etch a variety of metals. Due to the nature of the process, plastic and wood are not suitable for laser cutting. Plastics have a tendency to melt and wood may burn. This not only presents a hazard in the work area but compromises the integrity of the material. Metals are best suited for this process. Some metals can be etched and cut, while others are only suitable for either one or the other. There are three main types of laser cutting used by industries today: - Carbon dioxide laser cutting – This type of laser cutting works best for engraving, boring, and engraving metals. - [Neodymium](https://en.wikipedia.org/wiki/Neodymium) – This type of laser cutting is used for high power boring and engraving. - Neodymium YAG – Although this is similar to Neodymium, this method is great for welding. Another type of laser cutting is called laser microjet. This less commonly used laser metal cutting service utilizes a water-jet along with a pulsed laser beam to cut the metal. This method is found advantageous because it both cleans and cools the material as it cuts. ### The Process of Laser Metal Cutting Service Laser metal cutting service uses a single color and wavelength of [high-intensity light](https://www.esabna.com/us/en/education/blog/how-does-laser-cutting-work.cfm). When most people think of a laser beam, they think of the color red, however, laser beams can actually be a variety of colors. The laser beam is focused by special lenses and mirrors. The beam must be precisely focused. The high powered density allows for melting and vaporization of the material. Compressed gas, such as oxygen or nitrogen flows through the nozzle and helps to clean the surface being cut. Computer software connected to the laser cutting machine allows the user to input specific designs that the laser machine will then carry out. This reduces the chances of human error and inconsistencies and allows for the production of batches. You can also use laser metal cutting to make prototypes as well. ### Benefits of Laser Metal Cutting Service Laser cutting offers a variety of benefits over processes such as plasma cutting. For starters, the beam does not experience any wear and tear during the cutting process. This means you can expect to receive a uniform cut from start to finish, leaving you with a higher quality edge. Laser cutting service offers more precisions when cutting through appropriate materials. Save on money by not having to replace blades every so often to ensure quality. This process also uses less energy, which makes it more cost-effective than its alternatives. Users have the ability to easily create complex shapes and designs without the need for tooling when using laser cutting technology. The ability to use computer software to download designs reduces the time needed to train employees as well as ensures a product made to exact specifications. Unlike traditional cutting methods, laser cutting doesn’t cause as much workpiece contamination. ### Common Industries Who Use Laser Metal Cutting Service Although laser metal cutting service is used across a variety of industries, aerospace and defense are the two most common industries that use laser metal cutting. Both of these industries require parts and products to be made of the highest quality and utmost precision. In many cases, it is a matter of life and death when it comes to aerospace and military products. Products in both of these industries must be able to withstand the harshest conditions. As laser metal cutting gains momentum it has become popular with small businesses, hobbyists, and schools. This is in large part due to the quality of the product resulting from laser metal cutting as well as the versatility of laser cutting. ### Leaders in Laser Metal Cutting Service New Age Metal Fabrication is the leader in laser metal cutting. Whether you know exactly what you are looking for or need a little help realizing your vision, we can help. Our team is specially trained in fabrication across a variety of industries around the world. Whether you need fabrication, cutting services, or dip brazing services just to name a few, we deliver the highest quality parts and products to your exact specifications. [Contact us today](https://namf.com/contact/) for more information on how we can help you fabricate the parts needed for your products. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/laser-metal-cutting-service/#) [Terms & Conditions.](https://namf.com/laser-metal-cutting-service/#) ## Vertical Milling Services # Our Vertical Milling Services March 20, 2019 ![vertical milling services](https://namf.com/wp-content/uploads/2019/03/vertical-milling-services.jpg) ## Table of Contents - [Vertical Milling Services Explained](https://namf.com/our-vertical-milling-services/#toc-1) ## Vertical Milling Services Explained There are a variety of different types and styles of milling machines within the metal fabrication industry today. Milling and [laser metal cutting services](https://www.namf.com/laser-metal-cutting-service/) can produce high precision products and parts in different shapes and sizes. Some machines work well for a wide range of pieces, while others are better for specialized pieces that require unique patterns. Vertical milling machines are ideal for more specialized pieces because their easy operation allows for quality and precision checks throughout the manufacturing process. ### WHAT IS VERTICAL MILLING? A vertical milling machine has cutters (or spindles) that rotate to remove material from a work piece. With a vertical milling machine, the orientation of the spindle is vertical, which allows other parts of the machine to shift along one or more axes. This enables the machine to move the material so that it’s in the right location for more precise and correct milling. There are two main types of vertical [mills](https://en.wikipedia.org/wiki/Milling_(machining)): - **Turret mill:** In a turret mill, the spindle is stationary and doesn’t move. However, the bed of the machine that holds the material does move, either vertically or horizontally. This makes the turret mill very versatile because you can change the position of the material in both directions. It’s best to use turret mills for smaller pieces. It can be more difficult to cut larger pieces with the turret mill’s two-axis movement. - **Bed mill:** In the bed mill, the machine can only move material along the horizontal axis and the spindle can only move along the vertical axis. However, the spindle can move up and down. The bed mill is better for cutting larger and heavier pieces because the varied movement of the spindle and bed allow for a wider range of motion. ### BENEFITS OF VERTICAL MILLING SERVICES There are a few benefits of vertical milling services. They include: - **Lower upfront costs.** Vertical milling machines typically cost less than other types of milling machines. - **Higher number of skilled vertical milling machine operators.** Because vertical milling is so popular, more people know how to operate this type of machinery. - **Simple programming.** User-friendly controls make programming simple, which allows operators to spend less time on setup and more time ensuring quality and precision. - **Great for less complex jobs.** Vertical milling machines are perfect for quick milling jobs that require fewer quantities. ### VERTICAL MILLING VS. OTHER TYPES OF MILLING MACHINES There are various types of milling machines and cutters. Some of them differ from vertical milling machines in many ways. - **Horizontal milling machines:** Horizontal mills don’t use fixed spindles, unlike vertical milling equipment. The spindle rotates horizontally and is attached to an arbor. When the arbor stretches along the length of the bed, more than one cutter can be installed. Horizontal mills can complete tasks faster and can handle more precise, complex jobs than vertical milling machines can. However, because of this advantage, horizontal mills are often more expensive. - **Ram-type milling machines:** With ram-type milling machines, the spindle is mounted to a movable housing on the column. This allows the cutter to move horizontally. Two ram-type milling machines include the floor-mounted universal milling machine and the swivel cutter head ram-type milling machine. The ram-type milling machine can move along the X and Y axes, which isn’t a fixed position that’s typical of vertical mills. - **CNC milling machines:** Controlled by a computer, CNC milling machines are more versatile than vertical milling machines. The spindles can move in all directions and tables can rotate 360 degrees. ### WHEN TO USE VERTICAL MILLING SERVICES There are many things to consider when trying to decide when to use vertical milling services. You should ask yourself a few questions. How many planes does the piece have? How big is the piece? What is its shape? What type of shape are you trying to achieve? These are major factors in choosing vertical milling services. While horizontal milling is better suited for heavier and larger objects and can complete tasks faster, vertical milling works well for smaller pieces and less complex work. If you are not on a time contstraint, vertical milling services may be best for you and your company’s manufacturing needs. Vertical milling is also a viable option for jobs that are mostly worked on a single side, such as sinking dies and large metal plates. Furthermore, vertical milling machines can be a great choice if you are looking for more affordable manufacturing services. ### LEADERS IN VERTICAL MILLING SERVICES At New Age Metal Fabrication (NAMF) and New Age Precision Manufacturing (NAPM), we are leaders in providing custom vertical milling services for the Defense and Aerospace industries. Parterning with us will save you the time and expense of finding multiple suppliers. Between NAMF and NAPM, we control every step of the manufacturing process including dip-brazing, painting, chemical film finishing and more. [Contact us](https://namf.com/contact/) today to learn more about our services. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/our-vertical-milling-services/#) [Terms & Conditions.](https://namf.com/our-vertical-milling-services/#) ## Ruggedized Enclosure Solutions # Custom Ruggedized Enclosures April 4, 2019 ![ruggedized enclosures](https://namf.com/wp-content/uploads/2017/09/PE2-1.png) ## Table of Contents - [What Are Custom Ruggedized Enclosures?](https://namf.com/custom-ruggedized-enclosures/#toc-1) - [When Should You Use Custom Ruggedized Enclosures?](https://namf.com/custom-ruggedized-enclosures/#toc-2) - [NAMF and NAPM: Leaders in Enclosure Solutions for the Military and Aerospace Industries](https://namf.com/custom-ruggedized-enclosures/#toc-3) With the advancement of technology, much of the military equipment used by defense industries can perform without human operation. These autonomous and unmanned military vehicles can now enter harsher environments than they were able to in the past. These vehicles can withstand high temperatures and undergo vibration and shock regimes. With processor speeds increasing for military computers, so are heat levels. The manufacture of custom ruggedized enclosures is important in helping this equipment and machinery withstand these harsh conditions, as they help prevent electronics such as [defense computers](https://eduinput.com/use-of-computer-in-the-defense-department/) from getting smashed to bits as well as overheating. Equipment for military use should be able to withstand harsh conditions such as high/low humidity, extreme heat/cold, high/low pressure, great physical impact, and more. ## What Are Custom Ruggedized Enclosures? Custom ruggedized enclosures are components of a device or piece of machinery that are used to protect an interior mechanism and keep internal parts in place. This is to prevent the device from being damaged by outside debris. Custom ruggedized enclosures are designed to meet rigorous specifications for military use. They help prevent damage caused by dust, water, strong shocks and vibrations, and high temperatures. Other challenges custom ruggedized enclosures help devices and machinery face include: - **Corrosion and abrasion:** Caused by weather and the elements, such as sand or saltwater. - **Minimal size, weight, and power (SWaP):** Refers to the size, weight, and power requirements of military operations. - **Acoustic noise reduction:** Involves the reduction of environmental and mechanical noise, increasing safe exposure time and improving combat performance. - **Ingress protection:** Involves the protection of body parts (i.e., hands and fingers) against dust, accidental contact, and water by mechanical casings and electrical enclosures. - **Electromagnetic interference:** Noise or disturbances over a very broad frequency spectrum. Some custom ruggedized enclosures are made of aluminum, which ensures a simple lightweight, yet strong design. Enclosures usually have either a zinc plating or clear chemical coating for corrosion resistance in harsh environments. ## When Should You Use Custom Ruggedized Enclosures? Custom ruggedized enclosures can be used in various situations. - **Computers:** A computer that contains a customized ruggedized enclosure and other protective elements is considered a rugged or ruggedized computer. A ruggedized computer can be left out in a sandstorm, frozen in a blizzard, or sent on a vibrating rocket into space without any detrimental effects. These computers balance processing power with temperature to prevent overheating and malfunction in tough conditions. Despite the need to comply with requirements such as high performance and government-grade security, ruggedized computers can operate under the harshest of conditions. - **Aerospace:** Custom ruggedized enclosures protect aerospace vehicles from the elements. Military vehicles are constantly exposed to high altitudes and high atmospheric pressures, which can affect performance and safety. - **Machinery:** Enclosures used for machinery such as military vehicles ensure a durable, water-resistant design to meet military specifications and the most stringent demands of military use. ## NAMF and NAPM: Leaders in Enclosure Solutions for the Military and Aerospace Industries At New Age Metal Fabrication and New Age Precision Manufacturing, we fabricate custom ruggedized enclosures from start to finish in-house. We assemble, dip braze, and weld the enclosures. Other fabrication companies have to subcontract their dip-brazing, painting, or chemical film finishing services. Between NAMF and NAPM, we are responsible for every step of the manufacturing process. Below is an example of the steps we take to manufacture custom ruggedized enclosures: - **[CNC Cutting Services](https://www.namf.com/cnc-cutting-services/):** Uses computer programming inputs to control machining tools to manufacture enclosures. - **Assembly:** Assembles the enclosures. - **Welding:** Welds the materials of the enclosures together. - **[Dip Brazing](https://www.namf.com/dip-brazing-services/):** Joins the pieces of metal together within the enclosure using high heat. - **Heat Treating:** Alters the physical appearance and chemical properties of the materials within the enclosures. - **Specially Designed Masking:** Applies masking materials to protect the enclosures from certain conditions like high heat and UV rays. - **Engraving:** Engraves and marks metals used for the enclosures. - **[Chemical Film Coating](https://www.namf.com/chemical-film-coating-services/):** Provides a protective coating for enclosures to prevent corrosion and other damage. At NAMF and NAPM, we have every required certification/registration to do government, military, defense, and aerospace work. We are also an approved vendor for special processes for most of the major defense and aerospace companies, such as [BAE Systems](https://www.baesystems.com/en/home). We are approved by BAE to provide dip-brazing, chemical filming, welding, and painting services for custom ruggedized enclosures. Additionally, we have special approval to weld and dip braze according to a special Navy requirement/specification: The Naval Sea Systems Command (NAVSEA). If you are looking for on-time delivery of quality parts, competitive pricing, and exceptional customer service, we can help. At NAMF and NAPM, we will ensire that your military and aerospace equipment and machinery meet strict requirements and specifications. For more information about our metal fabrication services for the military and aerospace industries, don’t hesitate to contact us below. \[cta txt=”Contact Us Today”\] [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/custom-ruggedized-enclosures/#) [Terms & Conditions.](https://namf.com/custom-ruggedized-enclosures/#) ## Top Aerospace Manufacturers # Top 12 Aerospace Parts Manufacturers May 1, 2019 ![aerospace parts manufacturers](https://namf.com/wp-content/uploads/2019/05/aerospace-parts-manufacturers.jpg) ## Table of Contents - [Aerospace Parts Manufacturers](https://namf.com/top-12-aerospace-parts-manufacturers/#toc-1) - [New Age Metal Fabricating Co. & New Age Precision Manufacturing Co.](https://namf.com/top-12-aerospace-parts-manufacturers/#toc-2) - [NAMF offers a wide range of services, including design, engineering, prototyping, fabrication, assembly, testing, and maintenance.](https://namf.com/top-12-aerospace-parts-manufacturers/#toc-3) - [Design and Engineering](https://namf.com/top-12-aerospace-parts-manufacturers/#toc-4) - [Prototyping and Fabrication](https://namf.com/top-12-aerospace-parts-manufacturers/#toc-5) - [Other Aerospace Parts Manufacturers](https://namf.com/top-12-aerospace-parts-manufacturers/#toc-7) ## Aerospace Parts Manufacturers Aerospace parts manufacturers play a vital role in the industry, ensuring that aerospace companies have the parts they need for aerospace components, missiles, and space vehicles. Some manufacture all of these parts, while others specialize in one area. There is typically a high demand for the work performed by aerospace parts manufacturers, driven largely by military budgets and commercial airline traffic. The combined annual revenue of US aerospace parts manufacturers and product manufacturers [is around $245 billion.](http://www.firstresearch.com/Industry-Research/Aerospace-Products-and-Parts-Manufacturing.html) There are many aerospace parts manufacturers that are based out of the US, ranging from small suppliers to large-scale companies like Boeing. Here are our top 12 picks in the US and beyond. ## [New Age Metal Fabricating Co. & New Age Precision Manufacturing Co.](https://www.namf.com/) We of course put ourselves at #1. NAMF and NAPM have been in the aerospace parts manufacturing industry for decades, working to the highest standards. The New Age companies build to print, as a [full-service manufacturing companies for defense and aerospace](https://www.namf.com/defense-aerospace-full-service-manufacturing/). The precision manufacturing aspect involves a carefully refined, expertly executed aluminum dip-brazing process, and the company holds both NADCAP and NAVSEA approvals. ## NAMF offers a wide range of services, including design, engineering, prototyping, fabrication, assembly, testing, and maintenance. The company’s state-of-the-art facilities and equipment, combined with its highly skilled and experienced workforce, enable it to deliver complex and high-performance products and systems that meet the most stringent requirements of the defense and aerospace industries. Unlike other aerospace parts manufacturers that focus on just one item or one process, the New Age companies are full-service, handling everything with the exception of special plating. The quality and timeliness of each process is carefully controlled without sub-contracting, which means there is one single point of contact for clients, and no need to spend time or money seeking out multiple suppliers. The end result is a finished product ready for immediate introduction into the production line. ## Design and Engineering NAMF’s design and engineering team consists of experienced professionals who are adept at translating customer requirements and specifications into functional and cost-effective designs. The team uses the latest software and tools, such as CAD/CAM, SolidWorks, and ANSYS, to create detailed 3D models, simulations, and analysis, which help identify and solve potential issues before the manufacturing stage. NAMF’s design and engineering services cover a wide range of products and systems, including aerospace parts, missile components, avionics, ground support equipment, and more. The company’s team can also provide value engineering, which involves optimizing the design for cost, performance, and manufacturability without compromising the product’s functionality. ## Prototyping and Fabrication NAMF’s prototyping and fabrication capabilities are among the most advanced in the industry, with a wide range of equipment and processes that can handle various materials, sizes, and complexities. The company’s facilities include CNC machines, water jet cutters, laser cutters, press brakes, welding stations, and more, which enable it to produce high-precision and high-quality components and assemblies. NAMF’s prototyping and fabrication services are ideal for customers who need to test and validate their designs before committing to full-scale production. The company’s team can work closely with the customers to refine the design and ensure that the prototype meets their expectations and requirements. We are approved vendors for special processes and valuable members of the supply chain for most of the major defense and aerospace companies including many listed above; BAE Systems, Lockheed Martin, Airbus, GE Aviation, Leonardo DRS, L3 Communications, and more. We work with clients across the globe, as a single-source aerospace parts manufacturer with turnkey solutions. Based out of Fairfield, NJ, and Ronkonkoma, NY, we are an excellent choice for any aerospace company, whether civil or military. Details: NAMF – Fairfield, NJ 973-227-9017, or email [in\*\*@\*\*mf.com](mailto:in**@**mf.com "This contact has been encoded by Anti-Spam by CleanTalk. Click to decode. To finish the decoding make sure that JavaScript is enabled in your browser."). NAPM- Ronkonkoma, NY 631-471-4000 or emailing the same address. Or just click below! \[cta txt=”Contact Us Today!”\] ## Other Aerospace Parts Manufacturers ### [Boeing](https://www.boeing.com/) Boeing is a big name in the aerospace industry. Boeing offers fabrication services, and also products like avionics, communication systems, controls, engines, instruments, and modules. Details: Chicago, IL 312-544-2000. ### [General Dynamics](https://www.gd.com/) General Dynamics might be best known for its Gulfstream business jets. Aerospace is one of its five business groups, through which it manufactures the Gulfstream fleet. They design, develop, and manufacture in Savannah, Georgia. Details: Falls Church, VA 703-876-3000 ### [Lockheed Martin](https://www.lockheedmartin.com/en-us/index.html) Lockheed Martin is well known in the aerospace industry, manufacturing mission-critical components. Generally, this business is with the US Department of Defense and other federal agencies, as well as some commercial operators and international governments. Details: Bethesda, MA 301-897-6000 ### [Airbus](https://www.airbus.com/) Airbus is a European multinational company that produces a wide range of aerospace vehicles for civilian and military use. They work with companies mentioned in this list as manufacturers, like Pratt & Whitney, to produce their wide range of vehicles. Details: Leiden, NL +31-71-524 5000 ### [United Technologies](https://www.utc.com/) United Technologies’ Collins Aerospace works in both global aerospace and defense, manufacturing nacelle systems, avionics systems, interiors, mechanical and mission systems, and controls. Their Pratt & Whitney brand manufactures engines. Details: Farmington, CT 860-728-7000 ### [Bombardier](https://bombardier.com/en) Bombardier is a Canadian aerospace manufacturer with products for commercial applications. Bombardier makes fuselages, engine nacelles, wings, bulkheads, doors, and stabilizers, along with system components. Their engineering services cover experimental and ground testing services, tooling, and component repair and overhaul. Details: Washington, DC 202-414-8991 ### [Arconic](https://www.arconic.com/) Arconic makes fasteners, fittings, and removal and installation equipment for the aerospace industry. They specialize in products like bolts, fasteners, nuts, and screws, as well as aerospace components. Details: Pittsburgh, PA 412-553-4545 ### [Senior Aerospace](https://seniorssp.com/) Based out of San Diego this company creates aerospace machined components. Their jet products department manufactures turbine engine parts, nacelle mounting, attach rings, and duct fittings. Details: Burbank, CA 818-260-2900 ### [Jamco Aerospace](http://www.jamco-aerospace.com/) Jamco is an aerospace parts manufacturer focused on machining and airframe sub-assembly services, for military and commercial industries. They work to create a full range of parts from small turnings to large castings and structural sheet metal assemblies. Details: Deer Park, NY 631-586-7900 ### [Amphenol](https://www.amphenol.com/) Amphenol is an aerospace parts manufacturer for both the military and commercial aerospace markets. They create airframe and avionics parts for the military, as well as parts for communications, engines, missiles, and rotorcraft. For the commercial market they manufacture interconnect systems and components as well as circuits and cable management products. Details: Wallingford, CT 203-265-8900 ### [SKF USA](https://www.skf.com/us/index.html) SKF USA supplies parts to the aerospace industry alongside industrial applications, the automotive sector, electrical, service, and steel. When it comes to aerospace this company focuses on bearings, seals, rods, struts, and precision elastomeric devices. Details: Lansdale, PA 267-436-6000 The aerospace industry is a big one, but we hope this list of our top 12 aerospace parts manufacturers helps you make the best decision for your company! [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/top-12-aerospace-parts-manufacturers/#) [Terms & Conditions.](https://namf.com/top-12-aerospace-parts-manufacturers/#) ## Industrial Uses of Sheet Metal # Multiple Industrial Uses for Custom Sheet Metal Fabrication May 17, 2019 ![custom sheet metal fabrication](https://namf.com/wp-content/uploads/2019/05/custom-sheet-metal-fabrication.png) ## Table of Contents - [Custom Sheet Metal Fabrication](https://namf.com/industrial-uses-custom-sheet-metal-fabrication/#toc-1) ## Custom Sheet Metal Fabrication Custom sheet metal fabrication is not exclusive to one industry. Fabrication means creating a product out of raw materials, in this case, sheet metal, so it is applicable to many industrial uses. Whether the sheet metal in question is bent, punched, sheared, spun, stretched, or cut, it turns into a high-quality, durable part that is cost-effective and efficient. We have come a long way from the days of sheet metal being hammered by hand into plate armor or tin roofs, with the addition of high tech processes that have made custom sheet metal fabrication incredibly accurate even when creating very small components. Overall, metal fabrication is on the rise. [It was valued at](https://brandongaille.com/18-steel-fabrication-industry-statistics-and-trends/) USD $16.35 billion in 2015 and is expected to grow at a rate of three percent annually, to reach USD $21.38 billion by 2024. Consumers purchase about 51 percent of products made through steel fabrication, while businesses purchase 43 percent, leaving the rest to the US government. Clearly, custom sheet metal fabrication is something that touches practically every industry. ### Automotive Industry Think about the average vehicle — there is a lot of metal involved. Custom sheet metal fabrication plays a large role in the automotive industry, from the large panels that make up automobile bodies to intricate engine components. Because metal is durable, strong, and resistant to the elements, it’s a logical choice for automotive manufacturing. ### Construction Applications When constructing a home or business, custom sheet metal fabrication plays its part. Manufacturers create products like brackets, building frames, and support beams, all of which help keep construction projects structurally sound for years to come. When you look around your home or workplace you should be able to identify sheet metal products like HVAC systems, ventilation, handrails, stairs, walkways and platforms, and more (check out the consumer products section for more examples!). Metal is, of course, a very strong and durable material, which is why it is used so much in the construction industry. ### Aerospace Industry Aerospace is amongst the top industries that call for custom sheet metal fabrication, done precisely with computer aided technology. In aerospace, and in the defense industry – which often goes hand-in-hand with aerospace – sheet metal is used for fuselages and wings, as well as the intricate, highly precise components that go into engines, avionics, and other vital systems. Sheet metal fabrication is used in cylinder blocks, frames, [ruggedized enclosures](https://www.namf.com/custom-ruggedized-enclosures/), engine cowling, and even satellites. It’s no wonder the aerospace industry relies on this process, as metal parts and components created to a high degree of precision touch practically every part. ### Food Services Sheet metal fabrication covers areas of food service and the food industry, such as metal cans, kitchen racks, piping, processing equipment, and food storage. Even metal food carts are custom fabricated, ensuring that people on the go still have access to their favorite meals. Metal is a food-safe product, which is why it is relied upon heavily in this industry, where health and safety are so important to the success of a business. ### Electronics From high tech electronics that require precision components and enclosures, to printers, computers, and communications equipment, custom sheet metal fabrication has a home in the electronics manufacturing industry. ### Consumer Products & Manufacturing Industry There are many industries that create consumer products with custom sheet metal fabrication. Consider products like awnings, canopies, soffits and other roofing materials, cutlery, hand tools, refrigerators, and even mailboxes! Many are made from sheet metal, custom designed and fabricated to perfection. We use countless custom sheet metal fabricated products in our day to day lives, perhaps without ever thinking about how they were created and how the manufacturing industry is involved. Sheet metal fabrication is also used to create the parts and systems that make up the industrial equipment that keeps consumer products coming out into the world. As a longstanding leader in the sheet metal fabrication industry, you can count on the New Age companies to create your metal parts for any industry, from start to finish. We specialize in full-service manufacturing, offering turnkey solutions to all of our clients. From the first design prototype to the final product, our manufacturing is done entirely in-house, saving our clients the trouble and expense of securing multiple suppliers. When you have one of our products in hand it can be quickly installed or used as needed, thanks to our commitment to quality products and top notch customer service. \[cta txt=”Contact Us Now!”\] [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/industrial-uses-custom-sheet-metal-fabrication/#) [Terms & Conditions.](https://namf.com/industrial-uses-custom-sheet-metal-fabrication/#) ## Metal Product Safety # Ensuring Metal Product Safety with Chem Film Coating June 18, 2019 ![chem film coating](https://namf.com/wp-content/uploads/2019/06/chem-film-coating.jpg) ## Table of Contents - [Chem Film Coating](https://namf.com/chem-film-coating/#toc-1) ## Chem Film Coating There is an inexpensive, easy way to extend the life of metal products and surfaces, adding durability and longevity. Chemical film coating, sometimes known as chem film, is a sealant and finishing technique that ensures both long lasting quality, and metal product safety. ### What is Chemical Film Coating and How Does it Work? Chemical film coating works by applying a chemical like chromate to a metal substrate. Metals including steel, aluminum, zinc, cadmium, copper, silver, magnesium, and tin alloys are all suitable for this type of finishing process. The process forces a reaction between the metal and the chemical conversion materials. It usually begins with an acid or agitation cleaning to ensure that the metal product is clean of any dirt, oil, or residues, then rinsed and dried. The metal is then immersed in the chem film coating solution. It can also be applied through a spraying or brushing technique. It’s rinsed again when the chemical film coating is finished applying. Chem film coating works through adhering in a thin film to the metal surface or product, acting as a sealant to protect the underlying material. The coatings are categorized into types and classes. Type I coating is usually brown or gold in color, also available as a clear coating. It includes chemical film compositions that contain [hexavalent chromium](https://en.wikipedia.org/wiki/Hexavalent_chromium). Type II coating contains no hexavalent chromium and is usually colorless. Class 1A provides corrosion prevention for unpainted items, and also makes it easier for paint finish to adhere if the product is set to be painted. Class 3 is generally used for electrical or electronic applications destined for lower resistance contacts, as the coatings are thinner. They do prevent corrosion but not as well as Class 1A coatings, and Class 3 coatings can also be used to improve paint adhesion. The appropriate type and class of chem film coating depend on the product and its use. ### Benefits of Chemical Film Coating Chem film coating offers many benefits, all of which work to ensure metal product safety. First, this type of finishing technique offers protection against corrosion without increasing the size of the part that is being coated. It is a very efficient, cost-effective way to keep your budget in check while ensuring product quality, safety and durability. With chem film coating in place, products will not interfere with electrical impedance. For any electrical applications chemical film coating is ideal because it will not alter the electrical conductivity of the part. ### Aerospace and Film Coating Product safety is vital in any industry, aerospace included, which is why chemical film coating has a big role to play. In the aerospace industry, chemical film coating is often used for anodized surface repair, and to ensure that all applicable parts are protected from corrosion, a common issue given that these vehicles operate at high speed and high altitudes, exposed to many elements. Corrosion isn’t just ugly, it can seriously alter the integrity of a part, which is unacceptable in aviation. Atmospheric corrosion is a major concern in the aerospace industry and something that cannot be avoided, but it can be mitigated through processes like chem film coating. Film coating, much like it does not add to the size of a part, will not add to the weight either, which is important for the aerospace industry as weight is carefully calibrated down to the ounce. There is no room for error in the reliability and quality of parts destined for the aerospace industry, something we fully understand and take very seriously. As with all that we do, our chemical film coating work is done to the highest standards. New Age Metal Fabricating is approved by the National Aerospace and Defense Contractors Accreditation Program for chemical conversion coating, offering Type I, classes 1A and 3, and Type II, classes 1A and 3 to suit your needs. All of our metal fabrication and [metal machining services](https://www.namf.com/metal-machining-services/) work is done in-house, as a single source supplier of the parts and products you need. There’s no need to bounce from supplier to supplier, as we control each step of the manufacturing process at our facilities, including chem film conversion. The end result is a well made, durable product, handled completely by the experienced staff at the New Age companies. You can rely on us to supply you with everything you need, connecting you to our business through a single dedicated point of contact. We are happy to answer any questions you may have about chemical film conversion, or provide you with a quote for your own product or part needs. Get in touch with us today! \[cta txt=”Contact Us Today!”\] [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/chem-film-coating/#) [Terms & Conditions.](https://namf.com/chem-film-coating/#) ## Stainless Steel Laser Cutting # Our Stainless Steel Laser Cutting Services July 11, 2019 ![stainless steel laser cutting services](https://namf.com/wp-content/uploads/2019/07/stainless-steel-laser-cutting-services.jpg) ## Table of Contents - [How Laser Cutting Works](https://namf.com/stainless-steel-laser-cutting-services/#toc-1) - [Why Choose Stainless Steel Laser Cutting](https://namf.com/stainless-steel-laser-cutting-services/#toc-2) At New Age Metal Fabricating, we can do practically anything with our [custom machining services](https://www.namf.com/custom-machining-services/), including stainless steel laser cutting. Laser cutting turns sheets of stainless steel into any size or shape, making the most of the material to pass cost savings down the supply line. ## How Laser Cutting Works Stainless steel laser cutting technology works by carefully controlling the output of a high powered laser. The cutter itself is typically operated via computer numerical control, which directs how the laser beam is generated and how it is moved. The highly focused beam is directed at the stainless steel material, which ‘cuts’ through it by melting, burning, or vaporizing. Laser cutting is a non-contact process, which means that the beam does not ever come into physical contact with the material. It’s the heat of the laser that does the work, ensuring that there is less wear and tear on both the laser cutter, and the stainless steel. Cutting is one of the major steps of any manufacturing and fabrication product, and with the advent of laser cutting technology, this step is happening faster and more accurately even as speed increases. The integrity and quality of finished products relies on precision at initial stages like the cutting phase, which is why we use lasers to do this important work. ## Why Choose Stainless Steel Laser Cutting There are many advantages to stainless steel laser cutting versus mechanical cutting. First, laser cutting is highly precise. It is generally computer controlled, which means that there is little to no room for human error, so your product turns out exactly as designed. It is also highly precise in that a laser remains as sharp and focused on its millionth cut as it was fresh out of the package, whereas a mechanical cutter will degrade over time. Stainless steel laser cutting can even be more precise than plasma cutting. For sensitive products laser cutting is ideal as it is a hands-off approach. There is no cutting edge to be contaminated or to contaminate the material, and the stainless steel itself is handled far less than it would be with a mechanical cutting device. You do not need to worry about warping or other heat-related impacts, as the heat area of a laser cutter is very small, effectively cutting without deforming the material. Stainless steel laser cutting is quick, and operators can switch quickly between tasks so your time is used to its full advantage. This saves your business money without impacting the quality of our work and your end product. For the aerospace industry and other applications in which many duplicate products need to be cut, the speed and precision of laser cutting ensures that design replicas are exact, without slowing down production. ### Your Laser Cutting Quote New Age Metal Fabricating uses a [TruLaser](https://www.trumpf.com/en_US/) 2030 4 kW Fiber-Optic laser, which can cut 5052, 6061 aluminum alloys, stainless steel, copper, and brass. Fiber lasers use an optical fiber as the active medium, versus a gas laser or crystal laser. The fiber laser is extremely stable compared to other types which are more sensitive to movement, as fiber lasers generate the beam on the inside of the fiber. This adds durability to the laser cutting machine itself, which means your product won’t get held up by an accidental bump of the machine. Our fiber laser cutter is also ideal for your projects as fiber lasers provide straight, strong, ultra-focused beams, which can be adjusted down to a tiny laser dot that offers huge benefits when it comes to precision. Fiber laser cutters use nearly all of the input they receive and come with low maintenance costs, so we can make the most of this machine and pass that efficiency and cost-effectiveness onto our clients in the form of more affordable services. This is a powerful, fast machine that offers long term reliability. As a result, you can count on us to handle your project without any issues, delivering the parts and products you need as quickly as possible. Our laser cutter can handle thin sheet metal particularly well, making very precise cuts at great speed. Thick sheet metal is not a problem, as the machine can handle it with its precise engineering. Whatever your end goal is for our laser cutting services, we will make it happen. We are happy to discuss the details of your stainless steel laser cutting project with you to provide you with an accurate and comprehensive estimate. [Contact us for an online quote today.](https://www.namf.com/contact/) You can also get in touch with New Age Metal Fabricating at 973.227.9107 or [in\*\*@\*\*mf.com](mailto:in**@**mf.com "This contact has been encoded by Anti-Spam by CleanTalk. Click to decode. To finish the decoding make sure that JavaScript is enabled in your browser."), or connect with New Age Precision Manufacturing at 631.471.4000 or [in\*\*@\*\*pm.com](mailto:in**@**pm.com "This contact has been encoded by Anti-Spam by CleanTalk. Click to decode. To finish the decoding make sure that JavaScript is enabled in your browser."). [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/stainless-steel-laser-cutting-services/#) [Terms & Conditions.](https://namf.com/stainless-steel-laser-cutting-services/#) ## NADCAP Approved Platers # Why You Should Use NADCAP Approved Platers July 29, 2019 ![nadcap approved platers](https://namf.com/wp-content/uploads/2019/07/nadcap-approved-platers.png) ## Table of Contents - [NADCAP Approved Platers](https://namf.com/nadcap-approved-platers/#toc-1) ## NADCAP Approved Platers We’ll get straight to the point – NADCAP approved platers are the best option for businesses needing products for aerospace purposes. NADCAP approved platers have been accredited by the National Aerospace and Defense Contractors Accreditation Program. That means that these businesses have gone through a Performance Review Institute audit, through which an approved auditor checks to see that the company’s processes meet or exceed an industry-approved standard. Technical experts and the government work together to set these standards by consensus, and companies must fully conform to be NADCAP approved. It isn’t easy to become NADCAP accredited, but it’s well worth it for companies who are willing to put in the effort to ensure that they are always providing top products and top performance. When you see ‘NADCAP accredited’ you should know that that company is committed to excelling in the aerospace industry. Before NADCAP was in place aerospace companies had to audit their own suppliers to their own process requirements, which took up a lot of time and was ultimately redundant given most suppliers and aerospace companies were all looking for the same things in their audits. It drove up costs without adding many, if any, benefits. NADCAP was introduced to handle that problem, creating a standardized approach that helps move products through the supply line quickly and efficiently without compromising on safety or quality. NADCAP approved platers are thus highly qualified, experienced, and the best of the best when it comes to the aerospace manufacturing and fabricating industry, offering compliance with stringent standards, high-quality work, and a familiarity with the practices and standards of prime companies. In fact, NADCAP says [85% of accredited companies](https://p-r-i.org/about-pri/faqs/) report a measured improvement in quality as a result of being accredited. ### Benefits of NADCAP Approval Outside of the fact that NADCAP approved platers are in full compliance with industry standards, there are other benefits to working with businesses who have obtained this approval. Most aerospace prime companies and their suppliers will not work with organizations that are not NADCAP approved. That is because of the high standards and rigorous testing that NADCAP approved platers and other manufacturers and fabricators have to meet. This type of vendor pre-approval makes the entire manufacturing process faster and smoother, so if you are involved in supplying parts and products for a major defense or aerospace company, it’s a major time saver and cost-effective move to choose a NADCAP approved plater. According to NADCAP, more than two-thirds of aerospace industry representatives believe NADCAP contributes to the overall aerospace industry safety record. Everyone in this industry cares about safe practices, and working with a compliant, accredited manufacturer and fabricator is one great way to promote a strong commitment to safety. ### NADCAP Accreditation and New Age Companies We know how frustrating it can be to have to work with various companies to get from the start of a project through to the finished product, especially when your own upline requires adherence to NADCAP and other standards. At the New Age companies, we take away the hassle and the need for coordination. We are a full-service manufacturer, providing NADCAP approved platers to our clients as one part of what we do. Ultimately, working with a NADCAP accredited, full-service manufacturer lets your company start a project with one constant contact, who will keep you up to date and answer any questions you may have along the way. Instead of needing to research NADCAP accredited platers and schedule your product to move from manufacturing to that plater, you can sit back and relax knowing that manufacturing, from start to finish, is in our capable and accredited hands. That gives your company time and freedom to pursue other contracts, handle other work, and otherwise take advantage of our tightly honed process. From v [ertical milling services](https://www.namf.com/our-vertical-milling-services/) to sheet metal fabrication, to dip brazing, chemical film coating, welding, and of course, NADCAP approved plating, we do it all, and we do it all well. We know how vital quality parts are to the aerospace industry, and we deliver only the best, precisely manufactured, tested, and controlled at each step. Clients see the value in NADCAP accreditation. NADCAP’s [20th-anniversary survey revealed](https://www.qualitydigest.com/inside/quality-insider-news/what-s-value-nadcap-accreditation.html) 1500 aerospace suppliers believe accreditation has increased sales and brought in new business, as clients come to understand what NADCAP accreditation means and how hard a supplier has to work to ensure that they are in compliance. You, too, can see the impacts of NADCAP’s accreditation and auditing by choosing to work with a NADCAP approved plater for your next project. As a NADCAP approved company, we believe in standardized quality. Get in touch with New Age Metal Fabricating at 973.227.9107 or [in\*\*@\*\*mf.com](mailto:in**@**mf.com "This contact has been encoded by Anti-Spam by CleanTalk. Click to decode. To finish the decoding make sure that JavaScript is enabled in your browser."), or connect with New Age Precision Manufacturing at 631.471.4000 or [in\*\*@\*\*pm.com](mailto:in**@**pm.com "This contact has been encoded by Anti-Spam by CleanTalk. Click to decode. To finish the decoding make sure that JavaScript is enabled in your browser."). [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/nadcap-approved-platers/#) [Terms & Conditions.](https://namf.com/nadcap-approved-platers/#) ## Aerospace Machining Services # Aerospace Machining At NAMF August 22, 2019 ![aerospace machining companies](https://namf.com/wp-content/uploads/2019/08/aerospace-machining-companies.jpg) ## Table of Contents - [NAMF & NAPM - Aerospace Machining Companies](https://namf.com/aerospace-machining-at-namf/#toc-1) ## NAMF & NAPM – Aerospace Machining Companies Aerospace machining is all about the optimal performance of high-precision machines and instruments. There is little so important as precision in the fabrication of aerospace components. These require the highest levels of functionality due to the high-pressure and high-altitude situations that are everyday considerations for the aerospace industry. ### What Are The Challenges for the Aerospace Industry There are several key challenges for the aerospace industry and each one is crucial to design. These include: - Precise tolerances - Extreme design complexity - Use of exotic alloys as well as other innovative complexities - Highly specialized aerospace machining processes and the equipment to go with it To meet these challenges, you should turn to New Age Metal Fabrication for all of your aerospace machining. When you need the highest level of precision and cost-effectiveness, Computer Numerical Control or CNC machining provides that for all of your demands in the aerospace industry. ### Look to One Aerospace Machining Company From Start to Finish Think of the many ways you will benefit from using NAMF as your full-service manufacturer and [custom steel fabricator](https://www.namf.com/custom-steel-fabricators/). First off, working with us alone can save your company a tremendous amount of time and money. You no longer have to wait for one aspect of your design team to finish and then schedule another company for another phase of your manufacturing process. Second, there are time considerations. Not having to deal with multiple companies will free up time on your side to focus on those aspects of your company that needs tending to now. As we are in control, we have things moving forward for you, so you can turn your thoughts elsewhere. Third, it’s almost inevitable that you will save money when using a full-service manufacturing company such as NAMF. Our processes are performed in-house and there is no need to look for subcontractors. This reduces production costs and the savings are passed along to you. Finally, our quality control ensures that each phase of the manufacturing process is met before moving on to the next process. By working with us, you can rest assured that your product will be of the highest quality. You need precision and we provide that for you. ### Inestimable Benefits of Machined Aerospace Parts Aerospace machining has several characteristics, including hard-to-machine metals and exotic alloys, tight tolerances, and intricate contours for components used in turbine blades and structural elements. Due to modern technology being able to provide the precision needed for prototypes and other intricate components, machining has made it possible to manufacture parts for all aerospace applications. Partnering with NAMF will make all the difference for you in the aerospace industry. Vital areas that demand our machined aerospace parts include: - Space Exploration. Without aerospace manufacturing being able to produce the high precision parts necessary, there would be no forward movement in our abilities to explore space. Precision parts play a major role in the international space station and the operation of space vehicles, for instance, which are essential to gathering data and specimens. - Cultural Diversity. The precision of aerospace technology makes it possible to travel the globe and share experiences in many different cultures. - National Defense. American military forces are provided with the most advanced systems available thanks to precision metal machining. To protect the welfare of people, the use of fighter jets, long-range missiles and bombs, and transports have been manufactured, making it possible to put our expertise on the line. ### Our Aerospace Machining Services: - Laser Cutting. This process uses a laser beam to cut into various materials to achieve custom shapes and sizes. Laser cutting reduces waste and saves money. - Sheet Metal Punching. Holes and indents are produced in metal, aided by heavy machinery. Like laser cutting, sheet metal punching can also be as precise as one needs. For customized shapes, don’t underestimate sheet metal punching. - Metal Forming. This process calls for reshaping metal while it is still in its solid state. Depending on which metal you require, certain temperatures are applied to soften the metal, making it pliable for use. Metal-forming operations can be hot, cold or warm. - Welding. Metalworking would be nothing without welding. This process is still very much in use today. When done by expert team members, welding produces high-quality parts which meet the strictest standards needed by industries such as aerospace. - [Chem Film Coating](https://www.namf.com/chem-film-coating/). To protect surfaces from corrosion, this process is used to increase the durability of parts. It is very specific, right down to the thickness of coating for each part. Many of today’s top aerospace and aviation companies trust all of their needs to what NAMF can do for them. Just a few of the companies who have partnered with us include [GE](https://www.ge.com/), [General Dynamics](https://www.gd.com/), [Harris](https://www.harris.com/), Northrup Grumman, [Airbus](https://www.airbus.com/), and [Lockheed Martin](https://www.lockheedmartin.com/en-us/index.html). New Age Metal Fabrication is one of the best aerospace machining companies around. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/aerospace-machining-at-namf/#) [Terms & Conditions.](https://namf.com/aerospace-machining-at-namf/#) ## Custom Industrial Engraving # Custom Industrial Engraving Services September 16, 2019 ![industrial engraving](https://namf.com/wp-content/uploads/2019/09/industrial-engraving.jpg) ## Table of Contents - [Industrial Engraving](https://namf.com/custom-industrial-engraving-services/#toc-1) ## Industrial Engraving At New Age Metal Fabricating and New Age Precision Manufacturing, we offer many services to the defense and aerospace industries. One of those most likely to be overlooked is custom industrial engraving services. Alongside our expert engineering and design processes, such as CNC machining, dip brazing, [sheet metal punching](https://www.namf.com/sheet-metal-punching/), welding, assembly, and heating [CARC](https://en.wikipedia.org/wiki/Chemical_Agent_Resistant_Coating) finishing, we offer engraving of your finished products. As with all of our services and processes, our engraving is precise and detailed, as you would expect it to be. Our decades of experience mean that we are your one-stop-shop for designs and layouts. We specialize in CNC engraving and machining and will get the job done right for you the first time. No more shopping around for an extra supplier – we take care of it for you. ### Why Use Our Engraving Services At New Metal Fabricating, we pride ourselves on being able to take care of all of your fabrication needs. And we understand that this means including industrial engraving as a part of our services. It doesn’t matter what you may be creating – control panels, name baskets, gaskets, ID tags, legend plates, labels, or other products – we offer a full-service industrial solution. Industrial engraving is required in many sectors, including: - Defense or Aerospace - Engineering - Medicine - Electrical and Electronics Engineering - Transport - Mechanical Engineering New Age Metal Fabricating was started in 1979 in Fairfield NJ. As a build-to-print manufacturer, we take your ideas and turn them into reality. Whether working from written designs or prototypes, we always have a solution for your next business challenge. Today, we are one of the nation’s leading full-service metal fabricators in the Defense and Aerospace industries. New Age Precision Manufacturing in Ronkonkoma, NY has over 60 years of experience in aluminum dip-brazing for the Defense and Aerospace industries. Over the decades, our expertise has been refined through the use of extensive training and accumulated knowledge. We are also proud to say we have NADCAP and NAVSEA approvals which distinguish us from other manufacturers. NAMF is here to supply that final application so that you can rely on us for the look and quality of your products, from beginning to end. ### How Engraving Works When it comes to engraving or cutting front panels, the engraver must be positioned precisely. This applies to units or for a series of products. The machining matches extremely accurate positions and we achieve this using specialty equipment. NAMF solutions are designed to meet your exacting standards. - Our engraving solutions will help to increase your production levels. This will help you control turnaround and costs. - With our industrial engraving solutions, you are meeting and exceeding the needs of your industry. That goes a long way to being where you need to be, ahead of your competition. - You’ll have no need for outsourcing elsewhere. Our one-stop-shop at NAMF does all the work for you and delivers to you a finished product that you can introduce into your product line immediately. - At NAMF, our machines and equipment are always long-lasting, reliable, and designed to save you money. At NAMF, our rotary and laser engraving solutions can: - give you the ability to mark any type of material, even large formats. We can work on any type of shape. - handle complex curves without a problem. - provide consistent results. We will always provide you with flawless, high-quality engraving every time. We’ve designed our industrial engraving system for rigorous use. - engrave material as hard as stainless steel and other metals, including those that other firms find challenging. We welcome more difficult and complex applications. - add a unique visual feature to your metal pieces. Whatever type of product-design requirements you need, NAMF is here for you. Our full range of in-house metal fabrication services ensures that you never walk away disappointed. Our clients are some of the most trusted in the world and include GE, Northrup Grumman, Lockheed Martin, Harris, Airbus, General Dynamics, and more. We would like you to join our list of satisfied companies for any and all of your metal fabrication needs. We invite you to visit our contact page and let us know how we can serve you today. Call us in Fairfield NJ at 973.227.9107 or in Ronkonkoma NY at 631-471-4000. Our talented, knowledgeable, and experienced team is waiting for your call. We relish the challenges that other firms shy away from. So whether your needs are large or small, get in touch with us today so that can tell you how we can help achieve your goals. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/custom-industrial-engraving-services/#) [Terms & Conditions.](https://namf.com/custom-industrial-engraving-services/#) ## Precision Welding Services # Precision Welding Services For Defense & Aerospace Industries October 18, 2019 ![precision welding services](https://namf.com/wp-content/uploads/2019/10/precision-welding-services.jpg) ## Table of Contents - [Our Precision Welding Services](https://namf.com/precision-welding-services/#toc-1) ## Our Precision Welding Services New Age Metal Fabricating has a passion for precision welding services and the challenges offered by the Defense and Aerospace industries. We have successfully met the requirements for a multitude of product categories, including but not limited to: - aerospace components - space vehicles - satellites - rockets - missiles - weapons systems, and more. We have a dedication to all we serve in the Defense and Aerospace industries as it ties in directly to the welfare of our country. We are leaders in the manufacturing of ruggedized dip-brazed enclosures, [industrial engraving](https://www.namf.com/custom-industrial-engraving-services/), [chem film coating](https://www.namf.com/chem-film-coating/), and precision machined parts for these industries. When our customers bring us their designs, we are fully able to meet their product-design requirements. As our manufacturing process is entirely in-house, we are in control of every aspect of your design. This is why it is good to know that rather than search for multiple vendors to be brought into the project, it is all handled by us, saving you time and money. ### Defense and Aerospace Industry Challenges The Defense and Aerospace industries have many unique requirements that must be met without fail. Precision is key for specs and there are numerous certifications to meet. These requirements cannot be filled by just any company. NAMF is here to guide your product-design requirements from beginning to end. _Exotic Materials_. Because Aerospace and defense are often at the limits of design, there are always new and different materials to weld. Many alloys, as well as exotic materials, are used to this end. Materials we have used include [Inconel](https://en.wikipedia.org/wiki/Inconel), aluminum, stainless steels, Titanium, and [Waspoloy](https://www.hightempmetals.com/techdata/hitempWaspaloydata.php). _Hermetic Sealing of Electron Equipment_. Suffice to say that this is extremely sensitive. Often, flight- and mission-critical electronics are required to be hermetically sealed for protection. No one wants expensive electronic components exposed to harsh environments. Our precision welding services gets the job done. At NAMF, we have experience using CNC controlled lasers in a glove box controlled environment, setting us apart in the industries we work in. _Complex Joint Designs_. Over the decades, our engineers have been working with customers, designing weld joints and assembly processes. As our clients have come to expect, these weld joints and assembly processes have become ever more efficient. The unique characteristics of electron beam and laser welding make it ideal joining methods for complicated, multiple parts and assemblies. Our welding technologies don’t stop there. We also have other welding scientific know-how in-house, including TIG. Whatever you need, however complex, your welding designs and fabrication can stay under one roof. _Part Heat Sensitivity_. Because many of the alloys used in defense and aerospace applications need high heat, welding them is always a challenge. One of the key benefits of Laser and EB welding is that it can be done in small heat-affected areas. This is very different from other precision welding services, such as TIG. We can also use what are known as specialized heat sinking techniques. These keep parts from cracking and warping. _Highest Quality Standards_. When designing and producing parts for all of the defense and aerospace industries, there is no room for failure. Every mission-critical or flight-critical component must work. We have built NAMF around standards like welding and testing processes that go the distance to eliminate the chances of weld defects that could seriously compromise completed parts and/or assemblies. Because we work with some of the biggest names in aerospace technology, names such as Lockheed Martin, Northrup Grumman, Airbus, and others, we hold industry certifications. That is in addition to meeting the standards of MIL SPEC 45208A, NAVSEA, and NADCAP. ### Our Welding Equipment Machine types used by us include: - [Miller](https://www.millerwelds.com/) CP-252TS - [Lincoln Precision](https://www.lincolnelectric.com/en-us/Pages/default.aspx) TIG 375 - Miller Syncrowave 300 TIG Welders with coolers - [Westinghouse](https://westinghouse.com/) B51 heavy-duty mig welder - Oxy-Acetylene cutting brazing torch New Age Metal Fabricating was started in 1979 in Fairfield NJ and continues to be a leader in the metal fabrication industry. Our precision welding services employ today’s cutting-edge technologies and techniques, which are required by our customers and their unique needs. We are a full-service metal fabricator for the Defense and Aerospace industries. Try us and you will discover that we can accommodate your needs and make your life easier. When you partner with us, you can rest assured that your solutions are complete and turnkey in an environment where everything is done under one roof. Your finished product is ready to be introduced into your product line immediately. Call us today or email us. Our offices are in Fairfield NJ or Ronkonkoma NY, and our talented teams are ready to make your designs reality. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/precision-welding-services/#) [Terms & Conditions.](https://namf.com/precision-welding-services/#) ## CNC Milling for Aerospace # Custom CNC Milling For Aerospace Components \| Quick, Precise, Quality January 23, 2020 ![custom cnc milling](https://namf.com/wp-content/uploads/2020/01/custom-cnc-milling.png) ## Table of Contents - [Custom CNC Milling At NAMF](https://namf.com/custom-cnc-milling-for-aerospace-components-quick-precise-quality/#toc-1) - [Partner with New Age Metal Fabricating](https://namf.com/custom-cnc-milling-for-aerospace-components-quick-precise-quality/#toc-2) ## Custom CNC Milling At NAMF In the aerospace industry, precise metal fabrication is in high demand. High-quality manufacturing depends on the reliability and safety of all machinery. It is vital to every aerospace operation that every requirement is met with great precision. Manufacturing, such as custom cnc milling, precision metal cutting, custom chassis fabrication and custom stainless steel fabrication become more rigorous with each passing day. New Age Metal Fabricating (NAMF) and New Age Precision Manufacturing (NAPM) are the leaders in the manufacturing of precision machined parts for the Defense and Aerospace industries. We have been producing the best products that are precisely custom-fabricated for our clients for over half a century. At NAMF and NAPM, we work with some of the best equipment invented. Our Vertical and Horizontal CNC Machining equipment is the best in the industry. This is how we are able to achieve the best outcomes in custom cnc milling. ### What Is CNC Milling? CNC milling, also known as computer numerical control milling, is a machining process. Controls that are computerized and cutting tools – rotating cutting-point tools – begin to remove material from the workpiece. This produces a custom cnc milling part or product. We are able to machine a wide variety of materials using this method. Because cnc milling is a mechanical machining process, this means that material is removed from the workpiece utilizing mechanical means. For the best high-quality results at NAMF and NAPM, you won’t find better than custom cnc milling or precision metal cutting. A cnc mill is controlled by a computer rather than manually input controls. This allows for the highest degree of precision for all of your aerospace products. In the aerospace industry there is no room for error or imperfections – you have come to expect improved precision and decreased imperfections in all machining operations and our cnc milling offers exactly what you need. ### Why Choose Custom Stainless Steel Fabrication? Stainless steel fabrication is used to produce a wide variety of products, from [custom metal enclosures](https://www.namf.com/custom-metal-enclosures/) to chassis fabrication. There are many uses for this material within the aerospace industry. Because stainless steel has many great qualities, its use is looked on favorably. Due to the fact that stainless steel is extremely heat resistant, it can be fabricated for many uses. Secondly, stainless steel has properties perfectly suited to metal fabrication processes. Lastly, stainless steel stands up to corrosion and rust. At New Age Metal Fabricating, we use a TruLaser 2030 4 kW Fiber-Optic laser which can cut 5052, 6061 aluminum alloys, stainless steel, copper and brass. This is a powerful machine with long-standing reliability. ### Precision Metal Cutting We offer a variety of parts – products such as stamped electronic chassis components for the aerospace industry as well as other parts, all of which require precision manufacturing at the highest level. For every part or product, it is imperative that they are cut with precision and to the highest quality for the aerospace industry. To achieve the best results, we use a method of laser metal cutting. This high-powered laser cuts through, bores, or etches on a variety of metals. At NAMF, laser metal cutting has evolved into a state-of-the-art technology that you will not find elsewhere. ### Custom Chassis Fabrication Sheet metal fabrication services for the aerospace industry are part of what we do every day. 3D CAD files are converted into machine code, and this is what gives the machine its precision in forming the part. Because they are so durable, sheet metal parts make great end-use applications, such as chassis. Every product we build at New Age Metal Fabricating is created to critical dimensions. We understand the crucial on-demand solutions you are looking for in the aerospace industry. We are here for all of your manufacturing needs. ## Partner with New Age Metal Fabricating We know how expensive your supplier base can become. Using NAMF and NAPM offer full service solutions to all manufacturing needs you may have. We will quickly become your preferred supplier, so put us on your short list now. We know how intricate and precision-driven these parts need to be. At NAMF and NAPM, we work with 18 vertical milling machines and two horizontal machines. These machines are a robotically controlled palletech system. Each of our machines holds 120 tools. For quick turnaround, precision which is second to none and the highest quality around, look no further than what NAMF and NAPM can do for you. New Age Metal Fabricating prides itself in being the leader in all custom steel fabrication services. For all of your custom CNC milling needs, take a look at what we have to offer on our website. Then contact us. We look forward to working with you. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/custom-cnc-milling-for-aerospace-components-quick-precise-quality/#) [Terms & Conditions.](https://namf.com/custom-cnc-milling-for-aerospace-components-quick-precise-quality/#) ## Military Enclosures Solutions # Custom Military Enclosures \| Defense & Aerospace Industries March 18, 2020 ![military enclosures](https://namf.com/wp-content/uploads/2020/03/military-enclosures.jpg) ## Table of Contents - [Custom Military Enclosures](https://namf.com/custom-military-enclosures/#toc-1) Military enclosures keep personnel and equipment safe and protected from environmental and weaponized threats. From enemy fire to extreme heat or cold, a strong and well-made military enclosure stands between valuable assets and the outside world. These pieces of equipment are vital, which is why ensuring that they are of the highest quality is also crucial. A good military enclosure is ruggedized and ready to provide the utmost in protection in mission-critical applications and the harshest situations and environments. Sand, wind, corrosion, temperature, ballistics, and collisions are no match for a well-made enclosure. With such a key role to fulfill, our military enclosures are built to withstand practically anything. Military enclosures also protect electronics that are critical in both defense and aerospace. [Our EMI shielded enclosures](https://www.namf.com/custom-emi-shielded-enclosures/) ensure that failure is not an option, protecting equipment on ships, in the air, in space, and on the ground. ## Custom Military Enclosures Not every military enclosure is the same as another. With the wide variety of military vehicles and equipment, the varying environments in which they are operated, and differing requirements for factors like weight or electromagnetic resistance, each enclosure should be seen as a new project to build. Our custom military enclosures are built to the exact specifications of our aerospace and military clients. We do not take a one size fits all approach in creating these key technologies. Instead, we approach each job with one goal: skillfully manufacturing, fabricating, and finishing an enclosure based on what our client requests. We easily meet the critical demands of small size, weight, and power consumption ( [SWaP](https://nuwaves.com/swap-importance-unmanned-aerial-systems/)), while staying within a fair budget. We understand the pressures that military and aerospace equipment face, and work hard to create rugged products that are still as small and lightweight as possible if that is a requirement for our clients. ### How We Create Military Enclosures The defense and aerospace industries have very specific standards, which we meet through carefully overseeing every process in-house. We do not outsource any of our processes, so we are deeply involved in the creation of every military enclosure product. Some of the work we do includes: - CNC cutting to manufacture enclosures to exact specifications, using computer programming inputs for precision. - Certified welding dip brazing, and inspection, done to the highest standards. - Heat treating, chemical film coating and masking to strengthen the enclosures and protect from harsh conditions. All of our work is backed with certifications, registrations, and special process approvals within the defense and aerospace industries. We have special process approvals with Bae Systems, Raytheon, and Lockheed Martin, and hold both NADCAP and NAVSEA approvals. We have created many custom military enclosures for clients with mission-critical needs, and we can offer the same to you. To learn more about our custom military enclosures, speak to our team. Get in touch with New Age Metal Fabricating at 973.227.9107 or in\*\*@\*\*mf.com, or connect with New Age Precision Manufacturing at 631.471.4000 or in\*\*@\*\*pm.com. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/custom-military-enclosures/#) [Terms & Conditions.](https://namf.com/custom-military-enclosures/#) ## EMI Shielding Guide # EMI Shielding Explained – A Quick Guide March 26, 2020 ![emi shielding](https://namf.com/wp-content/uploads/2020/03/emi-shielding.jpg) ## Table of Contents - [Where EMI Comes From](https://namf.com/emi-shielding-guide/#toc-1) - [Dip Brazing and EMI Shielding](https://namf.com/emi-shielding-guide/#toc-2) In today’s world, electronics are everywhere, from the phones in our pockets to radios in every vehicle to laptop computers that can go practically anywhere. Each of these electric devices creates electromagnetic waves, which are fine on their own, but problematic when the waves meet one another. [Electromagnetic interference](https://www.electronics-notes.com/articles/analogue_circuits/emc-emi-electromagnetic-interference-compatibility/what-is-emi-basics-tutorial.php), or EMI, can disrupt devices, equipment, and systems of all types, even critical electronics. EMI shielding protects against this interference using conductive metal materials that prevent electromagnetic waves from coming in or out of a device. EMI shielding blocks the electromagnetic field, isolating electronics from their surroundings. When an electric field is applied to a conductor, like an EMI shield, it creates a current that displaces the charge inside of that conductor, which cancels out the electric field inside. EMI shielding manages the magnetic fields by reflecting radiation away from the surface of the conductor, keeping internal magnetic fields in and external magnetic fields out. ## Where EMI Comes From EMI is both man-made and naturally occurring. Solar magnetic storms, lighting, and the earth’s magnetic field flux are good examples of unavoidable EMI. Along with cell phones, radios, and computers, EMI also comes from everyday sources like power lines, electric motors, telecommunications transmissions, and digital signals. Electronics are ubiquitous these days, which means EMI interference needs to be considered for every item. In a military and/or aerospace context, EMI can come from additional sources, including those specifically designed to disrupt or disable electronics. And high-altitude nuclear electromagnetic pulse, or HNEMP, is a concern with nuclear weapons testing. In fact, any kind of nuclear event is a concern within military applications, as even though a nuclear event is extreme, equipment needs to function regardless. EMP cannons are electromagnetic pulse weapons that also work to disable electronics without appropriate shielding. Understanding these risks, it is clear to see why EMI shielding is so important. Any chance of unwanted EMI interference puts safety and reliability on the line, for people, for equipment, and for the citizens who depend on our aerospace and defense industries. ## Dip Brazing and EMI Shielding Dip brazing is one of the metal fabrication services we offer. We use a nonferrous metal filler between joints and then apply heat in a molten chemical or metal bath. The filler and joints are fused. When the product is ready, we heat treat it until it is hardened. This process results in metal joints that are leak-tight and EMI shielded. With its full coverage, dip brazing ensures improved conductivity as well, with filler metal that matches or surpasses the conductivity of the base metal. Understanding the importance of EMI shielding in aerospace and defense applications, which are often mission-critical, we will work with you to understand the full scope of your project and your EMI shielding needs and ensure that we meet every requirement. You can rest assured that our work is done to the highest standards, as we possess the certifications and qualifications that make us a preferred vendor for many other businesses in the industry. [Our custom EMI shielded enclosures](https://www.namf.com/custom-emi-shielded-enclosures/) ensure your electronics are safe from interference, improving safety, reliability, and performance. Our team is ready and willing to install EMI shielding as part of your enclosures in aerospace and military applications. Get in touch with us to learn more about our services. Contact New Age Metal Fabricating at 973.227.9107 or in\*\*@\*\*mf.com, or connect with New Age Precision Manufacturing at 631.471.4000 or in\*\*@\*\*pm.com. You can also [send us a message](https://www.namf.com/contact/) online at your convenience. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/emi-shielding-guide/#) [Terms & Conditions.](https://namf.com/emi-shielding-guide/#) ## AS9100 Certification Benefits # Why You Should Use AS9100 Certified Companies April 20, 2020 ![as9100 certified companies](https://namf.com/wp-content/uploads/2020/04/as9100-certified-companies.jpg) ## Table of Contents - [AS9100 Details](https://namf.com/as9100-certified-companies/#toc-1) - [Meeting Industry Requirements](https://namf.com/as9100-certified-companies/#toc-2) AS9100 is the international standard defining aviation, space, and defense industry requirements. It uses a quality management system that ensures performance, customer satisfaction, and quality are all at the forefront of what a business does. It is built on top of ISO 9001 standards, adding items that specifically relate to aerospace and defense. That translates to safety and reliability for clients who choose to work with AS9100 certified companies. When it comes to design, development, or manufacturing for aerospace and military applications, AS9100 certified companies are the gold standard, for good reason. It means every process and service is performed to a high degree of quality, and that the quality is repeated every single time, with safety and reliability. It is a voluntary certification, so not every company involved in aerospace and military will possess it. It’s up to you to decide if you want to work with a business that is certified, understanding that [AS9100 certification](https://www.nqa.com/en-us/certification/standards/as9100) requires training and auditing on a regular basis. ## AS9100 Details AS9100’s standards determine the processes needed to appropriately meet customer requirements, including outsourced processes. It also sets out how these processes relate to one another. As a result, AS9100 ensures companies are using the appropriate processes in areas like: - Avoiding Counterfeit Parts: Detecting and avoiding counterfeit parts is vital to the quality of products used in aerospace and defense. - First Article Inspection: Any time a product is created or revised for the first time, it needs to be verified to ensure it meets all requirements. AS9100 certified companies follow a strict process to do this, ensuring products, documentation, and tooling meet a customer’s specifications. - Foreign Object Detection: Foreign object detection ensures there are no articles or substances that could damage equipment used in aerospace or defense, nor any debris that could injure personnel, delay production, or create a safety violation. AS9100 certified companies have processes for prevention, detection, and removal of foreign objects. - Project Management: AS9100 requires organizations to plan and manage their projects to avoid needless risk while meeting resource and schedule specifications. - Auditing: AS9100 certified companies undergo various audits, including quality management system audits and management system audits, to ensure compliance. The standards of AS9100 ensure that AS9100-certified companies use their resources wisely with improved performance and productivity. Every process and item is controlled and verified. Operating costs are reduced, as is waste and the need for customer audits, and customer satisfaction increases. As a client, by working with an AS9100 certified company, all of these benefits will come back to you. ## Meeting Industry Requirements Many companies working within defense and aerospace require that their contractors and suppliers are AS9100 certified companies. That is because AS9100 certified companies have proven they are able to meet customer expectations, including quality and on-time delivery. Major aerospace OEMs like Boeing, Lockheed Martin, and Raytheon require certification, for example. AS9100 is certified by all major aerospace regulators. That means the Federal Aviation Administration, US Department of Defense, and National Aeronautics and Space Administration (NASA). When you work with an AS9100 certified company like ours, you can rest assured that we have earned that certification through consistent best practices. We are proud to be an AS9100 certified company. To learn more about us and how our certification will improve your experience, get in touch with New Age Metal Fabricating at [973-227-9107](tel:973-227-9107 "Contact Us by Phone 973-227-9107") or in\*\*@\*\*mf.com, or connect with New Age Precision Manufacturing at 631.471.4000 or in\*\*@\*\*pm.com. You can also [send us a message](https://www.namf.com/contact/) using our online contact form. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/as9100-certified-companies/#) [Terms & Conditions.](https://namf.com/as9100-certified-companies/#) ## Precision Metal Fabrication # Precision Sheet Metal Fabrication & Other Value Added Services April 28, 2020 ![precision sheet metal fabrication](https://namf.com/wp-content/uploads/2020/04/precision-sheet-metal-fabrication.png) ## Table of Contents - [Our Precision Sheet Metal Fabrication](https://namf.com/precision-sheet-metal-fabrication-services/#toc-1) - [Additional Value-Added Services](https://namf.com/precision-sheet-metal-fabrication-services/#toc-2) Precision sheet metal fabrication is important in many industries, including aerospace and the military. From tanks to enclosures to ventilation systems and beyond, quality precision sheet metal fabrication plays an important role in creating durable, long-lasting products. Many steps go into precision sheet metal manufacturing, including press forming, roll forming, annealing and bending, sawing, shearing, stamping, and finishing processes like sanding and painting. Each of these processes must be done carefully and with an eye for detail to ensure that every finished product is of the utmost quality. This is especially important in aerospace and military applications, as regulations and requirements allow little tolerance for error or deviation. We understand the value and importance of precision in sheet metal fabrication. And we deliver top quality parts and components. ## Our Precision Sheet Metal Fabrication When we create [custom metal enclosures for the defense and aerospace industries](https://www.namf.com/custom-metal-enclosures/) and other sheet metal parts, we follow every best practice to meet stringent standards. All of our precision sheet metal fabrication is completed in-house. And we offer complete metal fabrication services to our customers. You can rely on NAMF for all of your sheet metal fabrication needs, from start to finish of any project. - Laser: We use a TruLaser 2030 4Kw fiber-optic laser to cut aluminum alloys, stainless steel, copper, and brass. - Punching: Our [Amada](https://www.amada.com/) CNC punch presses accommodate large sheet sizes, up to 50” by 78”. We can handle projects of any size! - Forming: Our CNC press brakes form angles and radii easily and flawlessly in aluminum, stainless, copper and brass. - Welding: When you need experienced welders, come to us. Our welders are certified to weld to AWS D17.1 and AWS D1.2 - Chemical Conversion Coating: An important process, our chemical conversion coating is approved to Mil-Spec Mil-DTL 5541, and we offer Type I Classes 1A and 3, and Type II Classes 1A and 3 to serve your needs. - Painting: When painting is part of the finishing process, we handle it in-house, with capabilities for wet paint and electrostatic powder coating. It’s all done to Mil-Specs and able to meet CARC requirements. ## Additional Value-Added Services Because we’re a company that works completely in-house, with several partnerships and approvals in the aerospace and military industries, you can rely on NAMF to complete your project with [our value-added services.](https://www.namf.com/portfolio/) We offer inspection of all products, mechanical assembly and fixturing, heat treating, masking, engraving, and hardware installation. You can rely on us for silk screening and marking, dip brazing, and any other process needed to make your product the best it can be. You can check out our full equipment list [here](https://www.namf.com/equipment-list/) for more details on our capabilities and value-added services. If there is something you need that is not mentioned, just ask and we will let you know if NAMF can help. No matter the task or the service needed, Our ISO 9001:2015 and AS9100D registration ensures that every product we make for you is quality controlled, during every stage of manufacturing, fabrication, and finishing. That is why so many partners in the aerospace and military industries come to us for their needs, from start to finish. To see our commitment to quality and customer service for yourself, get in touch with us to discuss your next project. [Send us a message](https://www.namf.com/contact/) using our online contact form, and one of our team members will respond to your request to find out how we can help. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/precision-sheet-metal-fabrication-services/#) [Terms & Conditions.](https://namf.com/precision-sheet-metal-fabrication-services/#) ## Sheet Metal Fabrication NJ # An Overview Of Our Sheet Metal Fabrication Services June 10, 2020 ![sheet metal fabrication nj](https://namf.com/wp-content/uploads/2020/06/sheet-metal-fabrication-nj.jpg) ## Table of Contents - [Laser Sheet Metal Cutting](https://namf.com/sheet-metal-fabrication-services-nj/#toc-1) - [Sheet Metal Punching](https://namf.com/sheet-metal-fabrication-services-nj/#toc-2) - [Sheet Metal Forming](https://namf.com/sheet-metal-fabrication-services-nj/#toc-3) - [Talk To Us About Sheet Metal Fabrication In NJ](https://namf.com/sheet-metal-fabrication-services-nj/#toc-4) The New Age Companies offer many services for sheet metal fabrication in NJ. We handle jobs large and small, with the same level of care and continuity. As a full-service operation, we ensure that your work is done quickly and effectively without having to bounce between various suppliers and companies. Instead, you can leave your projects in our hands knowing that they will be completed in-house with expertise, skill, and quality. When you need sheet metal fabrication in NJ, look no further than the New Age Companies. Here are some of the services we offer our clients, all with a focus on customer service, meeting specifications, and saving you time and money. ## Laser Sheet Metal Cutting [Laser cutting](https://www.namf.com/laser-metal-cutting-service/) is something many of our clients are looking for when it comes to sheet metal fabrication in NJ. It is a quick but precise way to cut metal, offering high standards of accuracy and repeatability. Our team at New Age Metal Fabricating uses a TruLaser 2030 4 kW Fiber-Optic laser for laser cutting. It is a high powered machine that boasts productivity and reliability, cutting materials of all types and thicknesses with ease. With it, we can cut aluminum alloys, stainless steel, copper, and brass, creating accurate, clean cuts with a smooth finish. Laser cutting means you get more out of your material, and quick turnaround times while ensuring the work meets high standards even when it is complex. ## Sheet Metal Punching [Sheet metal punching](https://www.namf.com/sheet-metal-punching/) is an accurate, inexpensive method of cutting holes in metal. It is the most cost-effective way to make holes in sheet metal for average up to high fabrication. On top of that, it is a quick process. Our Amada CNC punch presses accommodate sheet sizes up to 50×78, and an Amada Pega NC Punch 345Q. We also operate an Amada Vipros 357 Queen 33 Ton CNC Turret Punch Press, key to creating holes of various sizes along with straight edges, notches, or mounting holes with the different tools used in the turret. ## Sheet Metal Forming She metal forming bends and stretches sheet metal into various shapes, rather than removing materials as we do in our laser cutting and metal punching services. Even highly complex shapes can be made with this type of sheet metal fabrication and it is one of the preferred methods for complicated parts and components. There is very little waste involved in sheet metal forming, because material is being shaped instead of removed. It does take a bit longer than fabrication methods like cutting and punching, but may be the appropriate method depending on your needs and the specifications of the project. We operate four CNC press brakes, able to form virtually any shape or size of metal in aluminum, stainless, copper, and brass materials. ## Talk To Us About Sheet Metal Fabrication In NJ We are your experts in sheet metal fabrication for NJ and the surrounding area. Whether you need laser cutting, sheet metal punching, metal forming, or another service, if it has to do with metal fabrication or manufacturing, we are here to help. Let us know your needs, and we will work with you to find a solution. You can get in touch with the New Age Companies using our [online contact form.](https://www.namf.com/contact/) Contact our fabrication company at 973-227-9017 and New Age Precision Manufacturing Co., Inc. at 631-471-4000. You can also email us at [in\*\*@\*\*mf.com](mailto:in**@**mf.com "This contact has been encoded by Anti-Spam by CleanTalk. Click to decode. To finish the decoding make sure that JavaScript is enabled in your browser.") or [in\*\*@\*\*pm.com](mailto:in**@**pm.com "This contact has been encoded by Anti-Spam by CleanTalk. Click to decode. To finish the decoding make sure that JavaScript is enabled in your browser.") for our fabrication and manufacturing companies respectively. We look forward to working with you. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/sheet-metal-fabrication-services-nj/#) [Terms & Conditions.](https://namf.com/sheet-metal-fabrication-services-nj/#) ## Aerospace Metal Fabrication # Aerospace Sheet Metal Fabrication – The Benefits Of Working With NAMF June 25, 2020 ![aerospace sheet metal fabrication](https://namf.com/wp-content/uploads/2020/06/aerospace-sheet-metal-fabrication.jpg) ## Table of Contents - [Why Choose NAMF For Aerospace Sheet Metal Fabrication](https://namf.com/aerospace-sheet-metal-fabrication/#toc-1) - [Our Experience And Expertise In The Aerospace Industry](https://namf.com/aerospace-sheet-metal-fabrication/#toc-2) - [Get In Touch With NAMF](https://namf.com/aerospace-sheet-metal-fabrication/#toc-3) With aerospace sheet metal fabrication services, raw metal materials become key components for aircraft and other parts used within the aerospace industry. It is a demanding service, for an industry in which every piece, no matter how small, has to meet strict standards and remain at the highest levels of quality and functionality. Aerospace parts and components face high pressures and high altitudes, among other challenging conditions, and aerospace sheet metal fabrication has to stand up to those challenges. Aerospace sheet metal fabrication also comes with highly specialized processes and equipment. It is more complex than basic metal fabrication, and requires a certain level of training, skill, and experience. With all of these considerations, how can you know you are getting the best sheet metal fabrication services possible to ensure that your parts will meet every condition, tolerance, and complexity? Our team at New Age Metal Fabrication is here to do exactly that. ## Why Choose NAMF For Aerospace Sheet Metal Fabrication We are a full service manufacturer and fabricator, which means you do not have to work with various teams or suppliers for aerospace parts and components. Instead, when you work with NAMF, the entire process is handled in-house so it gets done faster, at a lower cost, and with the utmost attention to detail and quality control. At the end of the process you will have the exact parts you need, ready to be put into use, with clear documentation and communication along the way. Aluminum is a popular choice in aerospace sheet metal fabrication, for its lightweight durability, but we are pleased to offer our fabrication services for any metal material, including alloys, steel, and titanium. If you need something made and have questions about our processes and materials, simply get in touch with us to find out what we can do for you. Custom fabrication is what we do, so every potential project is well worth discussing. We offer numerous sheet metal fabrication services for our aerospace industry client, including laser cutting, punching, forming, welding, painting, and chemical conversion coating. We use state of the art equipment, operated by our experienced, skilled fabricators. ## Our Experience And Expertise In The Aerospace Industry We are well known and our sheet metal fabrication services are well utilized in the aerospace industry. If you become one of our clients you will be in good company. NAMF carries certifications including AS9100D, for organizations doing business in the aerospace industry, and Nadcap, which applies to processes aerospace suppliers use. You can learn more about [AS9100D certification and why it matters](https://www.namf.com/as9100-certified-companies/). These certifications ensure that we are meeting the strict standards of certifiers, providing quality services, parts, and processes that are suitable for the demands of aerospace. Our extensive experience, skill, and training has made us a valuable partner for our existing clients. Many major companies in the aerospace industry rely on NAMF for sheet metal fabrication. [GE](https://www.ge.com/), [General Dynamics](https://www.gd.com/), [Harris](https://www.harris.com/), Northrup Grumman, [Airbus](https://www.airbus.com/), and [Lockheed Martin](https://www.lockheedmartin.com/en-us/index.html) number amongst our clients, who trust us to handle their vital jobs. We have special approvals from Bae Systems, Raytheon, and Lockheed Martin. ## Get In Touch With NAMF We are happy to answer your questions, talk about product specifications, or give you a quote for upcoming work. Reach out to our team at New Age Metal Fabricating Co., Inc using our [online contact form.](https://www.namf.com/contact/) You can also call us at [973-227-9107](tel:973-227-9107 "Contact Us by Phone 973-227-9107"), or email our team at [in\*\*@\*\*mf.com](mailto:in**@**mf.com "This contact has been encoded by Anti-Spam by CleanTalk. Click to decode. To finish the decoding make sure that JavaScript is enabled in your browser."). We are looking forward to hearing from you, and working with you for all of your sheet metal fabrication needs. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/aerospace-sheet-metal-fabrication/#) [Terms & Conditions.](https://namf.com/aerospace-sheet-metal-fabrication/#) ## Custom Industrial Enclosures # Custom Industrial Enclosures & Value-Added Services July 22, 2020 ![industrial enclosures](https://namf.com/wp-content/uploads/2020/07/industrial-enclosures.jpg) ## Table of Contents - [Industrial Enclosures](https://namf.com/custom-industrial-enclosures/#toc-1) - [Custom Industrial Enclosures](https://namf.com/custom-industrial-enclosures/#toc-2) - [Creative Enclosures](https://namf.com/custom-industrial-enclosures/#toc-3) Many companies don’t know too much about custom industrial enclosure unless they need to use them to house electronic components or valuable equipment. Industrial enclosures can provide your company with a way to protect personnel from an accidental injury when large or unstable equipment is in operation. Sometimes it prevents the ingress of dust and water when a worksite is right on top of an environmental location that is still untamed and primarily one that nature controls. It doesn’t take long to ascertain when you need a custom industrial enclosure that provides these value-added services, However, selecting the right materials and size you need for your enclosure may take you a bit of time and consideration. Read on to learn more about the tips you can use on finding the right materials you want and the size you need for your industrial enclosure. ## Industrial Enclosures The industrial enclosure is broken down by type. The type is broken down by its size, rating, material, and what it was designed to provide. Some enclosures are called consoles because they are freestanding and tend to link like the consoles from a while back that had sloped fronts or tops that allowed mounting control components. Someone came along and broke the console down into the console by taking the sloped front and mounting it on either of the two sides and are ideal to house electrical devices in. A modular enclosure is considered a customer’s industrial unit that can be stacked as companies need to for whatever storage capacity they need to use it for electronic and instrument enclosures. Whether your industrial enclosure is small or large aluminum, you want it to travel well and protect whatever is within, which is why the enclosure’s primary function is defined by the National Electrical Manufacturer Association ( [NEMA](https://www.nema.org/)) rating. ## Custom Industrial Enclosures If you already know you’re industrial enclosure’s [environment](https://www.techbriefs.com/component/content/article/tb/features/articles/35122), protective level, and approximate NEMA rating, how do you choose the right materials and size for your needs knowing those things? Basically, NEMA 1 is a general-purpose industrial enclosure best used for inside use that helps instrumentation guard against dirt, dust, and light. If you want to skip on over to Type 3R, you can get an enclosure that’s supposed to be industrial weather-resistant but sometimes isn’t depending on what material you select to use. Jump all the way over to Type 12 enclosures; you usually have industrial enclosures made of steel, but 13 kicks it up a notch because it gives you non-corrosive metals. ## Creative Enclosures Almost every vendor can promise an industrial enclosure that meets your needs, but there is usually only one that offers you the best when they provide the product that does meet your project component needs. It doesn’t take much, but it takes the right combination of metal, technology, know-how, and size to provide industrial enclosures that are customized to meet your needs best. There is no substitute for that combination, and there never will be. So reach out to [New Age Metal Fabricating Company](https://www.namf.com/contact/) when you’re ready for the best because the best is all we deal in. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/custom-industrial-enclosures/#) [Terms & Conditions.](https://namf.com/custom-industrial-enclosures/#) ## Custom Military Fabrication # 3 Things You Need To Know About Custom Military Fabrication Services July 29, 2020 ![military fabrication](https://namf.com/wp-content/uploads/2020/07/military-fabrication.jpg) ## Table of Contents - [Custom Military Fabrication](https://namf.com/custom-military-fabrication/#toc-1) - [The Way Forward in Custom Metal Fabrication](https://namf.com/custom-military-fabrication/#toc-2) When you need something built, you need to know there are different custom metal fabrication techniques you can use, and each one deploys another kind of methodology. There are full-service companies that can offer full-project custom metal fabrication that give your project complete one-stop expertise that provide you with the skill and quality results you want. ## Custom Military Fabrication A custom military fabrication that’s done effectively and quickly isn’t impossible to find. A custom fabrication that’s done in-house with expertise, skill, and quality is the exception to the rule, and we are that exception. When you are seeking a specific custom military fabrication project or job, like [a military enclosure](https://www.namf.com/custom-military-enclosures/) order perhaps, there are three things you need to know. ### \#1 It’s All About the Tools If you don’t have the tools you need in metal fabrication, you can’t complete any job for custom specification or, for that matter, any metal fabrication job at all. Metal fabrication requires bending, cutting, and assembling raw metal in raw forms to get to the desired product design. That takes a metal preparation and assembly process. Metal fabrication shops need to be able to cut the metal and use their tools and machinery of parts to the fabrication of parts to make things happen for your project and design. ### \#2 It’s More Than Cutting Punching and Spinning Custom metal fabrication is then cutting, punching, spinning, forging, spinning. That’s because [every single one](http://www.digitaljournal.com/pr/4539155) of those process comes with a specialty technique you need to implement that includes metallurgy formats or welding, electrical, powder coating, chipping, etc. You have to know when to do something, how to do something and where to do something. It’s never an easy process to learn and what’s more your customers depending on you know when and how to recognize their customer needs almost before they assign you the project. ### \#3 Metal Fabrication Today Isn’t the Metal Fabrication of Yesterday If you were a metal fabricator a couple of decades ago and never upgraded your skills or knowledge, then you may be out of luck. [Today you have to be](https://gmsaz.com/custom-metal-fabrication/) able to cast metal, forcing liquid metal into a mold, allow it to cool and harden into the desired shape and be able to create all kinds of different project and military fabrication designs per the project need. ## The Way Forward in Custom Metal Fabrication There are all kinds of reasons to use a company that’s skilled and knowledgeable in custom metal fabrication. But the number one reason is reliability. When you need project reliability, there’s no room for error and no second chances. You need an AS9100 certified company that can not only meet your expectation but can deliver you the customer metal fabrication product you need. That’s why New Age Metal Fabricating rises to the top of its competition. It’s also why major aerospace industry giants use our services like Boeing, Lockheed Martin, Raytheon, and more. Reach out to New Age Metal Fabricating when you need custom metal fabricating for your top stellar custom metal fabrication needs. After all, if companies that are going from the Moon to Mars use them, shouldn’t you try them out too? [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/custom-military-fabrication/#) [Terms & Conditions.](https://namf.com/custom-military-fabrication/#) ## Custom Metal Enclosures # Custom Metal Enclosures For The Defense & Aerospace Industries August 26, 2020 ![Engine aircraft opened for maintenance and installation of custom metal enclosures](https://namf.com/wp-content/uploads/2020/08/Custom-Metal-Enclosures.jpg) ## Table of Contents - [What Are Custom Metal Enclosures?](https://namf.com/custom-metal-enclosures/#toc-1) - [Why Are Custom Metal Enclosures Important?](https://namf.com/custom-metal-enclosures/#toc-2) - [Understanding Custom Metal Enclosures](https://namf.com/custom-metal-enclosures/#toc-3) - [Choosing Custom Metal Enclosures](https://namf.com/custom-metal-enclosures/#toc-4) - [Best Practices For Defense & Aerospace](https://namf.com/custom-metal-enclosures/#toc-5) - [Now You Know & Next Steps](https://namf.com/custom-metal-enclosures/#toc-6) Are you looking to learn more about custom metal enclosures for the defense and aerospace industry, but aren’t sure where to start? Custom metal enclosures play a very important role in these two industries. They work to protect important components in both manned and unmanned military aircraft and vehicles. Read on to discover what you need to know about custom metal enclosures for the military and aerospace industry. ## What Are Custom Metal Enclosures? First things first, what exactly are custom metal enclosures? While many people think that metal enclosures are just metal shells, this is not the case. Rather, a metal enclosure is a small piece of equipment that’s used to protect expensive, delicate, and critical parts used in military and aerospace equipment, and are often custom-made to order. Of course, custom metal enclosures are also used in other industries. ## Why Are Custom Metal Enclosures Important? To get a better understanding of why custom metal enclosures are so important, let’s consider the use of a personal computer. When you take your personal computer out of your home, you don’t just toss it in your purse or bag. If you’re like most people, you put it in its own [computer case](https://www.pcworld.com/article/3226748/how-to-buy-pc-case.html) to offer it extra protection. You’d also never use your personal computer in an outdoor environment with extreme temperatures, or somewhere that’s extremely dusty, sandy, or windy. However, in military and aerospace environments, one oftentimes has little control over their surroundings. In addition to being worried about the elements and weather, there’s also the risk that your equipment will overheat or come under enemy attack. Custom metal enclosures ensure that your equipment survives in the event of a dangerous situation or compromising environment. Here are some general benefits that custom enclosures provide for aerospace and military personnel: - Defend against weather as well as other elements - Protect against electromagnetic interference - Offers noise reduction to protect your health and safety - Secures body parts As you can see, custom metal enclosures offer plenty of benefits, which is why it’s so important to choose the right type for each situation. Because there are different purposes for using metal enclosures, and different industries in which these enclosures are used, there are various types of enclosures that your organization can procure. The New Age companies are skilled in manufacturing any type of custom metal enclosures to the specific needs of your company and its work, and we possess the qualifications and approvals to work within defense and aerospace. ## Understanding Custom Metal Enclosures A metal enclosure is not just a metal shell but rather, a ruggedized piece of equipment that protects delicate, expensive, or otherwise critical parts. These enclosures offer premium, exceptional protection in mission-critical applications and harsh environments. You would not use your personal computer in a corrosive, dusty, windy, sandy, extremely cold or extremely hot, or high-pressure environment, nor would you expose it to ballistics, shocks, vibrations, or other impacts. Custom metal enclosures offer protection to critical processors that must be used in these environments, so the equipment can continue working in the face of even the most challenging situations. In military and aerospace environments, computers and other equipment are subject to three main threats — weather and elements, overheating, and enemy attack. Whether in combat or in high-pressure, high-altitude use, our metal enclosures ensure that vital equipment survives. ## Choosing Custom Metal Enclosures So, how do you choose custom metal enclosures? The answer is very dependent on your industry, environment, as well as the product you’re looking to protect. Because of this, each metal enclosure needs to be specified by weight, size, and power. Another commonality between the defense and aerospace industries is the need for specific size, weight, and power requirements. That being said, many companies [choose to use aluminum](https://www.aluminum.org/aluminum-advantage) metal enclosures. Aluminum metal enclosures maximize on durability and longevity without adding a lot of weight. That is because aluminum is a very lightweight material, with a specific weight about a third of steel. It’s also naturally anti-corrosive, and it comes with a thin oxide coating that allows the enclosure to be protected from the metal itself. In aviation and aerospace, this translates to less deadweight, and lower energy consumption in flight, which in turn aids in handling and agility. Aircraft can travel longer using less fuel, and carry more cargo on board with less weight taken up through armoring. In military aerospace purposes, aluminum custom metal enclosures ensure that there is more weight capacity for payload. Custom metal enclosures, in all purposes, often protect from corrosion. Aluminum is [naturally anticorrosive](https://www.allmetalsfab.com/does-aluminum-rust/), with a thin oxide coating that protects the metal itself. Sand, salt water, rain and other corroding agents are no match for [ruggedized enclosures](https://www.namf.com/custom-ruggedized-enclosures/), especially those manufactured from aluminum. To protect from overheating, aluminum works perfectly as a heat sink, draining heat away rapidly from sensitive equipment. In colder temperatures, aluminum does not turn brittle but rather shows increased tensile strength as temperatures drop. When considering military applications, especially for unmanned vehicles that rely on quiet travel and a lack of exposure, the sound absorption of aluminum is important. Ruggedized metal enclosures made of aluminum are naturally able to absorb acoustic sound, allowing for quieter, safer operation. Those same properties also enhance shock absorption, again ideal in defense applications where incoming ballistics would otherwise damage critical equipment. ## Best Practices For Defense & Aerospace At the New Age companies, our experienced team understands the critical importance of metal fabrication and production for defense and aerospace. We follow every best practice in creating our metal enclosures, ensuring that no matter the product, it meets stringent standards at every step of production. Every part of our clients’ custom metal enclosures are fabricated and produced in house, from start to finish. Our services include assembly, dip brazing, welding, painting, and chemical film finishing, with no need to outsource any aspect. To create custom metal enclosures we can also provide CNC cutting services, heat treating, masking, [prototype machining services](https://www.namf.com/prototype-machining-services-nj-ny/), and engraving, all completed through our companies. For our clients, this means there is no reason to secure additional approvals, as the New Age group already possesses qualifications and approvals for defense and aerospace. New Age Metal Fabrication and New Age Precision Manufacturing have been working to provide quality, durable metal enclosures and other military and aerospace parts for over half a century. Our practices, and our customer service, is informed by our extensive experience and expertise in these industries. We know that our clients expect products made with the utmost precision and attention to detail, and that is exactly what we provide. That is why we are approved suppliers to some of the most respected, exacting companies in these industries. ## Now You Know & Next Steps We hope this guide has helped you gain a better understanding of custom metal enclosures for the military and aerospace industry. As we mentioned earlier, ordering the right metal enclosures can be a tedious process, as a lot of specification are required. To see our commitment to quality first-hand, connect with us to learn how we can provide your company with the custom metal enclosures you need. If you have any questions about this process, [contact us today](https://www.namf.com/contact/). [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/custom-metal-enclosures/#) [Terms & Conditions.](https://namf.com/custom-metal-enclosures/#) ## Custom Machining Services # Types of Custom Machining Services and What Each Can Do August 28, 2020 ![custom machining services](https://namf.com/wp-content/uploads/2019/05/custom-machining-services.jpg) ## Table of Contents - [Custom Machining Services](https://namf.com/custom-machining-services/#toc-1) - [Custom Machining At NAMF](https://namf.com/custom-machining-services/#toc-2) ## Custom Machining Services Custom machining services run a wide range of tools and applications, each with various features and advantages that set one another apart. Usually, for a project one has in mind, there is a type of custom machining that is best suited for it, especially with today’s modern technology that allows for quick, efficient, and [precision fabrication](https://www.namf.com/precision-fabrication/). ### CNC Machining: An Overview CNC machining is perhaps the most popular custom machining service out there. Thanks to the efficiency of CAD modeling, CNC machining is one of the fastest methods out there for producing custom parts. CNC, or [computer numerical control](https://searcherp.techtarget.com/definition/computer-numerical-control-CNC), custom machining services are highly precise because they are performed in an automated way, removing the potential for [human error](https://d2evkimvhatqav.cloudfront.net/documents/pb_human_error_prevention_solutions_and_answers.pdf). CNC machining is very efficient and capable of processing complex operations without errors or issues, making it a top choice for countless industrial applications. Additionally, there are several different forms of CNC that you have to choose from, allowing you even more specifications for your project. Many people find that ordering parts via CNC machining is as easy as ordering parts from a catalog or website. There are several types of custom machining services powered by CNC. A 5-axis CNC machine works with three perpendicular axes and two rotary axes, while a 6-axis machine has three of each. ### CNC Milling CNC milling is another very popular type of custom machining service. [With CNC milling](https://www.namf.com/cnc-vertical-horizontal-milling-services/), parts are formed from a block of material. The material is milled until the end product is formed. Most people opt for CNC milling when they need to turn and drill metals, though this process can also be used for plastics. Plastic products that are made via CNC milling are typically left “as-milled”. This means that may show tool parts. Metal products, on the other hand, are less obviously milled. Milling machines used in traditional machining can be retrofitted for CNC custom machining services, which may be part of why they are so widely used. Modern CNC milling machines are built to be highly efficient, with automated tool changers, auto-feed mechanisms for material changes, and electrical sensors. Typical applications for CNC milling include prototypes that function as the end product would, jigs and fixtures, and lower volumes of production components. ### CNC Lathe and CNC Turning Another custom machining service that is quite popular is CNC turning and CNC lathe. CNC lathe is best for those who need to create a 3D shape or mold. As the materials are cut, they turn and are controlled by a computer. This allows for much more accuracy than if one were to use a manual lathe. CNC turning is similar to CNC lathe, but it involves both marrying lathe and milling. During the process, a metal rod is rotated (made from brass, aluminum, titanium steel, or steel alloy), with the help of a CNC operated cutting tool. This tool removes parts of the metal piece by piece to create the final product. The end product can be left as is or blasted to create a more finished appearance. As with CNC milling this custom machining service is ideal for functional prototypes, as well as parts ready for end-use, cylindrical parts, and parts that require axial and radial holes, grooves, or slots. ### CNC Router Similar to high-tech manual routers, CNC routers precisely cut and etch complex pieces out of metal sheets. CNC routers can also be used for composite, plastics, foams, and glass. Typically, CNC routers are best-suited for large-scale custom machining services. CNC routers are used to make wood boards and panels, moldings, furniture, frames, and [even musical instruments](https://wonderopolis.org/wonder/How-Are-Instruments-Made). Many people also use CNC routers for hobby work as well as for product development, prototyping, and production. They can also be used to fabricate out of plastics, composites, glass, and foams. Often, CNC routers are used for large scale custom machining services, filling in for shop machines like panel saws and boring machines. ### Plasma and Laser Cutting Plasma cutters offer the ability to cut 2D shapes and molds, while laser cutters work similarly save for the laser in place of a plasma torch. CNC plasma cutters use less energy, while laser cutters are less destructive and can be used on other materials like wood and plastic depending on the strength of the laser. CNC plasma cutting is used particularly in the [HVAC industry](https://en.wikipedia.org/wiki/Heating,_ventilation,_and_air_conditioning), helping to increase productivity and output as the machines are used to cut ductwork. This custom machining process also plays a roll in decorative metalwork and signage. CNC laser cutting and engraving is highly precise and affordable, used in many industries from components for automotive purposes to pieces of electrical items like cell phones. Of course, used for engraving, the CNC laser is ideal for everything from customizing a product with a name or message, to adding barcodes and other practical information to metal and other surfaces. ## Custom Machining At NAMF At New Age Metal Fabricating and New Age Precision Manufacturing, our motto is “If you design it, we will build it.” Our custom machining services and processes are here to give you the durability and precision you need for prototypes and end use products, with our full range of metal fabrication services including laser, punching, forming, welding, chemical conversion coating, and painting. Each project we do is carefully controlled and created in-house, from start to finish. Contact us today for more information or to get started on a project! \[cta txt=”Contact Us Today!”\] [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/custom-machining-services/#) [Terms & Conditions.](https://namf.com/custom-machining-services/#) ## Cost-Effective Precision Fabrication # How Precision Fabrication Can Save You Money September 30, 2020 ![precision fabrication](https://namf.com/wp-content/uploads/2019/05/precision-fabrication.jpg) ## Table of Contents - [Precision Fabrication Overview](https://namf.com/precision-fabrication/#toc-1) - [Efficiency In Automation](https://namf.com/precision-fabrication/#toc-2) - [Valuable Precision Expertise](https://namf.com/precision-fabrication/#toc-3) - [The Right Precision Fabrication Materials](https://namf.com/precision-fabrication/#toc-4) - [Additional Considerations](https://namf.com/precision-fabrication/#toc-5) ## Precision Fabrication Overview When it comes to manufacturing or fabrication of any type, precision is key. Precision fabrication, in terms of working with metal, means that sheet metal is formed into a finished product, in a highly controlled, meticulously correct manner. Computer technology is the driving force behind this level of precision, with companies relying on computer-assisted design software to design and lay out products, and computer numerically controlled machines to do the actual, highly specific manufacturing work. Imagine you have a sheet of paper, on which you have drawn a complex figure. You want to cut it out, so you reach for a rusty pair of old scissors that you hold in your non-dominant hand. The end result is likely not going to be very precise. However, if you put that same sheet down on a computer controlled cutting machine, your cut-out figure would be perfectly accurate. That’s a simplified explanation of the difference between unwieldy, inaccurate metal fabrication, and the high level of control that comes from [computer-aided](https://en.wikipedia.org/wiki/Computer-aided_manufacturing) precision fabrication. When you are relying on parts and components as part of something bigger, that precision becomes all the more important, knowing that each part relies on itself, and other fabricated parts. There is little room for error in fabrication and manufacturing, especially in industries like aerospace and defense. Precision fabrication is only improving in today’s markets as computer controls get better and better. This level of technology ensures that every single component is identical to its original design, and multiple parts or components are identical to one another. The result? A cost-effective process that can save your business a lot of money. Here’s why. ### Looking At the Long-Term The costs for precision fabrication may be more expensive up front than other methods of manufacture, but it pays off in the long run. When manufacturers precision fabricate, they can manage multiple operations and projects at the same time. Large scale orders will cost less per item than smaller orders, and the overall cost-effectiveness of precision fabrication comes in with its virtually error-free results. ### Precision In Aerospace For [aerospace parts manufacturers](https://www.namf.com/top-12-aerospace-parts-manufacturers/), precision fabrication is vital. That’s because each part or component has to be created perfectly, adhering to design safety rules and to industry standards. If one part is off, it can lead to the entire craft failing to pass muster, which adds up to a lot of wasted time and money as manufacturers have to pull it apart and try again. When you know that you have precision fabricated parts going into each component you can rest assured that every dollar spent, and every man-hour dedicated to the project is well worth it. ## Efficiency In Automation Precision fabrication is also operationally efficient, generally speaking. Because this process is computer controlled, it costs less than having human workers do all of the labor manually. Less workforce means fewer costs for the manufacturer, and the lowered overhead should translate to a lower cost for clients. That’s not to say that skilled operators are not required even for computer controlled precision fabrication, but that the lean operations have a payoff for customers. This also means that there is less room for error. Computerized machines are more accurate than those that require human control. Precision fabrication is important because that high level of accuracy allows for worry-free installation. In previous days, when metal fabrication was not so precise, companies had to make modifications and adjustments to be able to put parts on the line. Knowing that the parts are all fabricated to perfection, they can move up the supply chain with ease, and without delay, which keeps costs low. ## ![fabrication precision](https://namf.com/wp-content/uploads/2019/05/fabrication-precision-225x300.jpg)Valuable Precision Expertise Another way precision fabrication can save you money is by giving you access to valuable expertise in the industry. The fabricator you hire can help you to develop designs that serve your unique purposes. At the same time, they’ll make sure that these designs enable you to get your tasks in an affordable manner. The reality is, your chosen fabricator has likely completed projects similar to the one you are working on now. As a result, they probably have excellent ideas for how to improve [your project](https://www.namf.com/clients/). For instance, they may present design modifications or make material recommendations. So, let’s say that you’ve been sticking to a single process for several years now. You might want to start exploring alternative processes with your chosen fabricator. Your precision fabricator can assist you in optimizing your design. In the end, precision fabrication can help you to develop quality products while also decreasing your production, shipping, and material costs. ### **Precision Fabrication Solutions All In One Place** If saving money is a priority for you, then be sure to hire a precision fabricator that can handle as many of your project’s processes as they can by themselves. For instance, look for a [metal fabricator](https://www.namf.com/metal-fabrication-services/) that can handle design, assembly, and every step in between. This will keep you from having to spend extra money and time to outsource specific processes. ## The Right Precision Fabrication Materials Material costs remain the most expensive aspect of many projects. For this reason, it is critical that you refine and reduce your material usage during every step of your process. Fortunately, a precision fabricator can help you to reduce costs whether you’re using aluminum, [stainless steel](https://www.wisegeek.com/what-is-stainless-steel.htm), or steel, for example. Here are a couple of material-related questions to ask before you proceed with the production process: - Are you flexible with your project’s material thickness? - Do you have some flexibility with regard to your metal project’s material type? These are essential questions because various materials cut at varying rates on lasers. For example, lasers cut through thinner materials more quickly, which will trim your cutting costs substantially. ## Additional Considerations As you seek to save on costs during your project, be sure to hire a metal fabricator that uses fabrication equipment that is top of the line. In some situations, metal fabrication that uses modern machines might not be less expensive upfront. However, it will pay off long term. That’s because you’ll be able to complete your projects more quickly. In addition, you can expect fewer errors to be made during the projects, and your end products will look better. Also, if possible, look for a precision fabricator who is located near you. This may allow you to meet to ask questions as well as delve deeper into your business goals and plans. In addition, you can save money on shipping. All in all, when you leverage the expertise and resources of the right fabricator, you can produce a product more cost-effectively and efficiently every time. And this will generate monetary savings for you long term. ### Turnkey Solutions Companies like the [New Age group](https://www.namf.com/contact/), which offers full-service precision fabrication, add to the efficiency and cost-effectiveness of these processes. That’s because clients do not have to shop around to multiple suppliers or wait for items to move from one partner to another to get them done. We provide complete manufacturing services, which means we control the quality of each part, at each step. And, we are able to control costs as much as possible because all of our processes are performed in-house. The more suppliers a customer has to work with, the higher costs rise. NAPF and NAPM, as full-service providers, start with precision fabrication and move each part and component down the line with quality care, on-time delivery, competitive pricing, and of course, excellent customer service. As custom precision fabricators we are here to help make your next project a success. We have over half a century’s experience in creating quality products, with many well-known clients who keep coming back to our company. Contact us in Fairfield, NJ at 973.227.9107, or Ronkonkoma, NY at 631.471.4000. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/precision-fabrication/#) [Terms & Conditions.](https://namf.com/precision-fabrication/#) ## EMI Shielded Enclosures # Benefits of Custom EMI Shielded Enclosures October 28, 2020 ![emi shielded enclosures](https://namf.com/wp-content/uploads/2019/06/emi-shielded-enclosures.jpg) ## Table of Contents - [What is EMI?](https://namf.com/custom-emi-shielded-enclosures/#toc-1) - [Potential Sources of EMI](https://namf.com/custom-emi-shielded-enclosures/#toc-2) - [What Fields Benefit From EMI Shielded Enclosures?](https://namf.com/custom-emi-shielded-enclosures/#toc-3) - [Invest in EMI Shielded Enclosures](https://namf.com/custom-emi-shielded-enclosures/#toc-4) - [Partner with New Age Metal Fabrication](https://namf.com/custom-emi-shielded-enclosures/#toc-5) Whether you’re involved in a military or private industry, you should be prepared with EMI shielded enclosures. Regulatory law requires that many fields have strong electronic shielding, but virtually all businesses stand to benefit from the security that EMI protection provides. ## What is EMI? EMI is short for electromagnetic interference, and it refers to the way that external electromagnetic fields can disrupt the normal functioning of electronic devices. Natural phenomena and human activity constantly produce ambient EMI, but EMI can also be employed in targeted attacks. ## Potential Sources of EMI You’re certainly familiar with the experience of turning off your phone before an airplane takes off. This is because cell phones produce trace amounts of EMI, and their use is linked to anomalous events in takeoffs. Any wireless device produces at least some electromagnetic interference. Lightning can cause electromagnetic interference, and interestingly, so can snowstorms or cosmic activity within our solar system. However, manmade EMI from personal devices or weaponized applications is generally more problematic than natural phenomena. Electromagnetic interference, or EMI, can wreak havoc on electronics of all kinds. It’s something you don’t want to encounter in aerospace. EMI shielding protects electric equipment from interference for safety and better performance. Ambient sources of EMI include signals and transmissions from televisions, radios, and satellite. Then there are solar magnetic storms, lightning, and the magnetic flux of the Earth itself. There’s utility power grid transmission line interference, transportation radar, telecommunications transmissions, and digital signals contributing, too. Specific industries may encounter problems with EMI such as train signaling systems in railroad applications, or medical equipment sources in the health care industry. EMI happens because all electronic devices generate electromagnetic waves. If these waves clash, you have a problem on your hands. While many product manufacturers work to reduce EMI at the source through design choices, in many cases that is not quite enough, which is where custom EMI shielded enclosures come in. There are sometimes intentional electromagnetic disturbances that are made to disrupt or disable equipment such as [EMP cannons](https://www.digitaltrends.com/cool-tech/us-air-force-confirms-boeings-electromagnetic-pulse-weapon/) and high powered pulse devices. This is not a concern for your average citizen but can be a consideration in aerospace and defense industries. ### The Anatomy of Custom EMI Shielded Enclosures An EMI shielded enclosure is an extra layer of protection against EMI interference. EMI shields restrict electromagnetic waves from coming into, or out of, an electronic device. Creating a custom EMI shielded enclosure is a matter of altering the electronic enclosure to make it act as a barrier against electromagnetic waves. Enclosures are typically best when they are manufactured out of conductive metal material, because that itself adds another element of protection against EMI, reflecting it back. At New Age we provide EMI shielding through dip brazing, for industries that include military, aerospace, and electronics. Dip brazing not only offers EMI shielding, but it also provides full coverage and improved conductivity, creating strong bonds between all of the parts and pieces in a custom product like an EMI shielded enclosure. ## What Fields Benefit From EMI Shielded Enclosures? ![emi shielding facility](https://namf.com/wp-content/uploads/2019/06/emi-shielding-facility.png)Speaking of weaponized electromagnetic interference, the military and aerospace industry needs EMI shielded enclosures more than ever. As technology grows increasingly accessible, the risk of hostile actors exploiting electronic vulnerabilities grows. Targeted electromagnetic interference may cripple communications, security, and other key areas of security that make the difference between life and death. From here, it follows that potential targets such as airports also benefit from protection against electromagnetic interference. Many civilian enterprises should also invest in EMI shielded enclosures, such as hospitals. The dire consequences of electromagnetic interference disrupting life-sustaining equipment don’t bear thinking about. While the stakes aren’t so high in other private industries, any business can suffer serious losses if their products malfunction due to electromagnetic interference. Protect yourself from EMI events by investing in EMI shielded enclosures, which protects your products from latent EMI as well as targeted attacks. Custom EMI shielding offers the added advantage of efficiency. Instead of trying to cram your product into something that does not quite fit, a custom solution works to protect your product efficiently and effectively, whether you need a one-piece shield, a fence and cover solution, or something entirely custom. Manufacturing is not a one size fits all industry, and your products will perform better when they are fitted with a custom enclosure. EMI shielding works to save you money. Investing in protection against EMI is setting your business up so that you do not have to fix or replace products that are damaged through electromagnetic waves. It’s a proactive approach that will pay off. ## Invest in EMI Shielded Enclosures Quality electronic protection is more important than ever with the rising levels of ambient EMI and the increasing danger of weaponized electromagnetic interference. If you work in key industries like telecommunications or aerospace, you’ll be familiar with the stringent regulations necessary. That’s why you should partner with a manufacturer that also knows what it takes to deliver reliable, high-quality EMI shielded enclosures. ## Partner with New Age Metal Fabrication Here at New Age Metal Fabrication, we’re experts on all aspects of the EMI shielding process. Whereas other providers rely on contracted work, we handle your parts along every step of the process and ensure that they’re meet and exceed requirements. No matter how large or how small your product is, our [custom sheet metal fabrication](https://www.namf.com/industrial-uses-custom-sheet-metal-fabrication/) allows us to create an enclosure that is perfectly dimensioned. We do all of our manufacturing and fabrication work in house, from start to finish, so as we fulfill your parts and product orders, the EMI shielding is just another step along the way. Everything we do is based on the highest standards, as we are well acquainted with the rigorous requirements of industries like telecommunications and aerospace. We will work with you to understand how your product will be used, what regulations and requirements it needs to meet, and what level of EMI protection you require for the utmost in safety and performance. We can create custom EMI shielded enclosures that meet FCC protection levels, military protection levels, and levels suitable for any type of aerospace application. For more information about EMI shielding and dip brazing, or to start the custom consultation process, please reach out to a member of our team. We will work closely with your business to ensure that we meet every need. Get in touch with New Age Metal Fabricating at 973.227.9107 or [in\*\*@\*\*mf.com](mailto:in**@**mf.com "This contact has been encoded by Anti-Spam by CleanTalk. Click to decode. To finish the decoding make sure that JavaScript is enabled in your browser."), or connect with New Age Precision Manufacturing at 631.471.4000 or [in\*\*@\*\*pm.com](mailto:in**@**pm.com "This contact has been encoded by Anti-Spam by CleanTalk. Click to decode. To finish the decoding make sure that JavaScript is enabled in your browser."). \[cta txt=”Get In Touch!”\] [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/custom-emi-shielded-enclosures/#) [Terms & Conditions.](https://namf.com/custom-emi-shielded-enclosures/#) ## Aerospace Manufacturing Solutions # Defense and Aerospace Full-Service Manufacturing October 30, 2020 ![aerospace full-service manufacturing](https://namf.com/wp-content/uploads/2019/03/aerospace-full-service-manufacturing.jpg) ## Table of Contents - [Full-Service Manufacturing](https://namf.com/defense-aerospace-full-service-manufacturing/#toc-1) - [Classic Manufacturing Challenges](https://namf.com/defense-aerospace-full-service-manufacturing/#toc-2) - [The Solution To Your Manufacturing Woes](https://namf.com/defense-aerospace-full-service-manufacturing/#toc-3) - [What Are The Benefits Of Full-Service Manufacturing?](https://namf.com/defense-aerospace-full-service-manufacturing/#toc-4) - [Why Choose NAMF](https://namf.com/defense-aerospace-full-service-manufacturing/#toc-6) - [Learn More About Full-Service Manufacturing](https://namf.com/defense-aerospace-full-service-manufacturing/#toc-7) ## Full-Service Manufacturing Manufacturing is an essential step for companies to produce new consumer goods. You can’t design new products, parts, etc. without manufacturing to turn ideas into working prototypes and final versions. As such, businesses could never develop new products without employing manufacturing services. This is the process that makes your televisions, game systems, computers, phones, and other modern amenities. In fact, it’s universal to the whole technological process. The latest in manufacturing tech relies on high-precision instruments, automation, and computerized tools to produce planes, tanks, and other heavy industrial products. Even the tools of high-tech manufacturing themselves require other advanced manufacturing tools to produce. In short, cutting-edge fabrication tools and techniques are essential to turn pure science into something that can change lives. While the manufacturing process is key to what enables us to enjoy our modern lives, it can also be frustrating and inefficient for the producers who need it. One potential solution lays in modern, full-service manufacturing. ## Classic Manufacturing Challenges If you’ve worked in manufacturing, you’ve likely struggled with a variety of challenges from outsourced companies. Many manufacturers are only capable of handling part of the process, and the burdens of these complex design processes fall on you. It becomes necessary to coordinate different services, which is time and effort taken away from refining and improving your product. Your array of clients can also have their own difficulties, what with the challenges of picking up where the work of another company left off. These are some of the core challenges of decentralized manufacturing processes, but you don’t have to deal with them. There’s a simple solution that can improve product quality, save time, and help you focus on your job rather than helping others do theirs. ## The Solution To Your Manufacturing Woes If you want to streamline the manufacturing process and turn out a [quality product](https://study.com/academy/lesson/what-is-a-manufacturing-business-definition-examples.html), turn to full-service manufacturing companies. If you’re wondering what full-service manufacturing is, it’s when a company has all equipment and technical skill to manufacture your product in-house. If you’re interested in the concept, then learn what New Age Metal Fabrication can do for you. ## What Are The Benefits Of Full-Service Manufacturing? There are many benefits to hiring a full-service manufacturer. These include, but are not limited to: - Improved Coordination - Save Time - Save Money - Consistent Quality The first advantage of hiring a single company for your manufacturing process is that you save on the effort of coordinating various contractors and subcontractors. Complex schedules made to accommodate numerous different companies are a thing of the past, as a one-stop manufacturing operation will handle their scheduling in-house. This carries over into considerable time savings for your company. Without expending so much time and energy on the administrative side of manufacturing, you can direct your effort elsewhere. Time is money, but relying on a full-service manufacturer also secures cash savings for your company. Working at scale and running a more efficient model means that an all-in-one manufacturing company runs more efficiently, passing on some of their savings to their clients. Choosing a single, reliable company to tackle all of your manufacturing processes goes a long way to ensure your product will have consistent quality. Different departments communicate with one another and apply any new, relevant information to the manufacturing process as needed. ### What Makes a Full-Service Manufacturing Company? The majority of manufacturing companies offer narrow, specialized services. They might excel at [CNC cutting services](https://www.namf.com/cnc-cutting-services/), [chemical film coating](https://www.namf.com/chemical-film-coating-services/), and one or two other services. A full-service manufacturer offers all of these services and many more, such as welding, inspection, painting, and lathe work. They also have the administrative and organizational strength to organize the full manufacturing of your product, in-house. Furthermore, they’ll have the design and engineering resources to help you put the finishing touches on your product. In short, a full-service manufacturer is can do more, better, smarter compared to your typical manufacturing operation. New Age Metal Fabrication has all of these features and more. Certain forms of specialty plating and ultra-specialized services aren’t available, but NAMF can handle virtually anything else. You can hire NAMF for all forms of manufacturing labor mentioned in the prior paragraph, as well as sheet metal fabrication, [aluminum dip brazing](https://www.namf.com/top-of-the-line-aluminum-dip-brazing-services/), and, [rapid prototype machining](https://www.namf.com/rapid-prototype-machining-explained/). No matter your manufacturing needs, you should get in touch with our company for a consultation. If your product is still in the idea stage, our engineering team will help improve and complete it. ### What Industries Benefit From Full-Service Manufacturing? Any industry that values precision and efficiency [benefits](https://www.globalteachin.com/articles/why-is-manufacturing-important) from full-service manufacturing. The more important high-quality manufacturing is, the more worthwhile full-service manufacturing is. Healthcare companies need the absolute best in precision tools and instruments, as any error can make a difference between life and death. Out of NAMF’s many clients, GE Healthcare Life Sciences is one big name in the medical industry. However, aerospace and defense are the twin industries that have the greatest interest in full-service manufacturing. It’s no surprise, given the risks and high demands placed upon military equipment. Like work in the medical field, equipment failure can easily result in deaths. That said, medical equipment doesn’t need to be rugged enough to survive on the battlefield for the most part. Naturally, aerospace and defense demand the highest quality products and they consistently turn to full-service manufacturing to meet this need. High quality, efficient production, and consistent quality control running every step of the process is completely indispensable. ## ![full-service manufacturing tech](https://namf.com/wp-content/uploads/2019/03/full-service-manufacturing-tech-1024x683.jpg) ## Why Choose NAMF Full-service manufacturing is the right choice for your product, whether you’re building cars, planes, tanks, or anything else. Even in this elite field of top-notch manufacturing companies, NAMF stands out from the pack. Our extensive certifications and successful work with many clients speaks for itself. ### Extensive Certifications Manufacturing often requires a contractor that holds a range of relevant certifications that prove they’re capable of certain forms of complex labor. Using a manufacturer that lacks the proper qualifications can both parties liable for legal action, but this is nothing to worry about when you hire NAMF. New Age Metal Fabrication has a robust, expansive set of registrations, certificates, and more that enable work on aerospace and defense contracts. This includes certifications to work as vendors for special processes as employed by customers like BAE Systems, Lockheed Martin, Raytheon, and many more big names in the aerospace and defense realm. ### High-Profile Satisfied Clients A storied career in full-service manufacturing has elevated New Age Metal Fabrication to the premier place in the world of product manufacturing and fabrication. When global companies need manufacturing and fabrication, there’s a good chance that they turn to NAMF. Repeat clients include several branches of General Electric, Airbus, AstroNova, and Northrop Grumman to name a few. As a full-service manufacturer, NAMF can handle any job that you might need done. ## Learn More About Full-Service Manufacturing New Age Metal Fabrication is the top name in the manufacturing and fabrication industry. [Contact us today](https://namf.com/contact/) to learn more about our services, certifications, and to schedule a consultation. No matter how big or small your job, NAMF is the best choice waiting to serve you. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/defense-aerospace-full-service-manufacturing/#) [Terms & Conditions.](https://namf.com/defense-aerospace-full-service-manufacturing/#) ## Precision Laser Cutting # Discover New Precision Laser Cutting Services At NAMF November 10, 2020 ## Table of Contents - [Precision Laser Cutting Services](https://namf.com/precision-laser-cutting-services/#toc-2) - [Laser Cutting Services You Can Expect](https://namf.com/precision-laser-cutting-services/#toc-3) - [Choosing the Right Precision Laser Cutting Services](https://namf.com/precision-laser-cutting-services/#toc-4) ## ![precision laser cutting services](https://namf.com/wp-content/uploads/2020/11/precision-laser-cutting-services.jpg) ## Precision **Laser Cutting Services** Compared to conventional metal fabrication methods, precision laser cutting services ensure highly accurate and safe results. The process involves a computer-operated program that directs a high power laser at the metal to be cut. It results in melting, burning, or vaporizing metal, with an accurate and glossy surface finish. When dealing with [military and aerospace sheet metal fabrication](https://www.namf.com/aerospace-sheet-metal-fabrication/), there is no room for errors. Our expertise in precision laser cutting services ensures perfect symmetry, consistency, and accuracy in the finished products. ## **Laser Cutting Services You Can Expect** When you work with a full-service company like NAMF, leave your worries behind and expect turnkey solutions. Since precision laser cutting services involve more than one process, we provide every aspect of manufacturing, painting, welding, and dip-brazing to meet your needs. You can expect services like: - **Laser Cutting:** Using a 4 kW fiber optic TruLaser, we can cut various materials, including stainless steel, aluminum alloy, brass, and copper. Our advanced technology allows precision cutting for flat sheets and structural metals that require more specific and direct precision points. - **Laser Welding:** We have highly trained and certified welders in our facility to work on varied parts in varying dimensions, per AWS D1.2 and AWS D17.1. - **Electrochemical Treatment:** The laser cutting processes require specialized electrochemical treatments like electro-polishing for shiny surfaces. We are also approved for Mil-Spec Mil-DTL 5541 chemical conversion coating in various classes. - **Metal Fabrication and Punching:** With our latest CAD/CAM and laser cutting capabilities, we provide accurate parts for various industrial and military needs. Our metal fabrication process includes CNC press brakes and stamping presses to choose the most suitable manufacturing process without inflating the costs. Accommodating sheet sizes up to 50×78 and 60 tools in our turret punches enable us to provide precision manufacturing solutions for simple to intricate designs. - **Finishing:** Delivering a wholly finished part is integral to precision laser cutting services. Hence, we provide the required hardware, coatings, and finishing, including wet paint and electrostatic powder coating in compliance with Mil-Specs and CARC. - **Quality Control:** Quality is imperative for precision laser cutting processes. Roughness, oxide formation, burr absence, dimensional accuracy, and heat-affected zone ( [HAZ](https://www.twi-global.com/technical-knowledge/faqs/what-is-the-heat-affected-zone#:~:text=The%20heat%20affected%20zone%20(HAZ)%20is%20a%20non%2Dmelted,welding%20or%20high%2Dheat%20cutting.)) formation are the criteria for service quality. We maintain strict controls with our well-trained personnel and cutting-edge tools. ## **Choosing the Right Precision Laser Cutting Services** Working with the right partner can make significant differences in the costs and efficiencies. Hence, look for these capabilities and features before selecting precision laser cutting services. ### **Certification and Experience** Certification ensures that the fabricator undergoes stringent regulatory checks for flawless outcomes. We are an AS9100 certified company with the capability to manufacture products that can withstand harsh conditions, especially in military and defense environments. ### **Customized Solutions** No matter the complexity of your design project, the fabricator should be well-equipped to gauge every requirement and provide custom solutions. We bring forth the modern micro-machining technologies to work on any material with minimum set up and turnaround time. With full-service capabilities, we can handle every aspect of your product design process, including material procurement and metal fabrication. \[cta txt=”Contact Us Today!”\] [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/precision-laser-cutting-services/#) [Terms & Conditions.](https://namf.com/precision-laser-cutting-services/#) ## Custom Enclosure Fabrication # Custom Enclosure Fabrication For The Defense & Aerospace Industries November 20, 2020 ![custom enclosure fabrication](https://namf.com/wp-content/uploads/2020/11/custom-enclosure-fabrication.jpg) ## Table of Contents - [What Is Enclosure Fabrication?](https://namf.com/custom-enclosure-fabrication/#toc-1) - [Benefits of Custom Enclosure Fabrication](https://namf.com/custom-enclosure-fabrication/#toc-2) - [Getting Custom Enclosure Fabrication](https://namf.com/custom-enclosure-fabrication/#toc-3) Imagine you’re about to send a robot to space. Or perhaps you’re about to head on a new defense mission. You need to make sure your equipment can withstand anything. But what can you do to make that happen? You need custom enclosure fabrication to get the coverage you need for your gear. Keep reading to learn more about it and the benefits. ## What Is Enclosure Fabrication? The right enclosure can protect the equipment you use, and it works well for metal and other materials. In the defense and aerospace industries, you can’t afford to have equipment with low-quality enclosures or other problems. If you do, you can end up with problems. The enclosure might not fit properly, so it might come off. And even if it does fit okay, the material may not withstand everything you need it to. Luckily, you can make sure to choose enclosure fabrication from a company with [NADCAP certification](https://p-r-i.org/nadcap/). That way, you know the fabrication follows a specific process for the aerospace and defense industries. ## Benefits of Custom Enclosure Fabrication You can look for standard fabricated enclosures. However, you won’t know how well they work until you start using them. Consider the benefits of custom enclosure fabrication and how it can help you and your team. ### Unique Cutouts and Holes When you get custom enclosure fabrication, you can make sure the enclosure has the holes and cutouts you need. That way, you can access any internal parts easily, and you can protect the other parts. You won’t have to wonder if the enclosure will fit your equipment. While many defense and aerospace companies use similar equipment, it never hurts to get a custom enclosure. You can order the enclosures you need and provide the specs you require. Then, the company can make sure to fill your needs. An organization like the [military needs](https://www.namf.com/custom-military-fabrication/) special equipment, so why shouldn’t you? ### Different Sizes and Shapes Another reason to get custom enclosures is that you can choose the size and shape. Just like how you may need unique holes or cutouts, your equipment comes in different sizes. You may use similar equipment as another company. But if the enclosure is too big, it won’t secure the equipment inside of it. And if it isn’t the right shape, it might not fit your equipment. When you choose custom enclosure fabrication, you can make sure everything fits well. ### Paints and Finishes If you want to change the look of the enclosure, custom services can help. You can make sure you get the paint or finish you want. When sending equipment to space, you can choose a weather-resistant finish. And if you need to camouflage your equipment, you can choose a neutral paint color. The right finish can keep others from seeing or damaging your equipment in the field. ## Getting Custom Enclosure Fabrication Custom enclosure fabrication is an excellent option for companies in the defense and aerospace industries. Whether you just need the enclosure or other parts for your equipment, you can get them in one place. That way, you can make sure you have the equipment and accessories you need to do your job. Do you need enclosure fabrication? [Reach out to us](https://www.namf.com/contact/) and start your order today. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/custom-enclosure-fabrication/#) [Terms & Conditions.](https://namf.com/custom-enclosure-fabrication/#) ## Military Vehicle Protection # Large Aluminum Enclosures Protect Our Military Vehicles December 16, 2020 ![large aluminum enclosures](https://namf.com/wp-content/uploads/2020/02/large-aluminum-enclosures.jpg) ## Table of Contents - [Here are a few examples of where large aluminum enclosures are used in military vehicles and their benefits:](https://namf.com/large-aluminum-enclosures-military-vehicles/#toc-1) - [Benefits of Large Aluminum Enclosures](https://namf.com/large-aluminum-enclosures-military-vehicles/#toc-2) - [Working with NAMF and NAPM](https://namf.com/large-aluminum-enclosures-military-vehicles/#toc-3) Metal vehicle armor for military vehicles is vital to the safety of personnel, and to the durability and longevity of these important vehicles. The personnel inside of military vehicles rely on large aluminum enclosures to withstand impacts from shrapnel, bullets, shells, and other enemy fire, and from environmental risk like broken turbine blades impacting the airframe. ## **Here are a few examples of where large aluminum enclosures are used in military vehicles and their benefits:** ### Military Aircraft Helicopters and military aircraft face many exterior elements, including the high altitudes and pressures that can impact performance and safety. Aluminum armor protects the aircraft from these elements, as well as withstanding weapons fire to provide ballistic protection to the craft and its crew. Aircraft and helicopters are very weight sensitive, one reason why aluminum is an excellent material for protection. The weight of the craft and its armor also impacts agility and maneuverability in flight and under fire, which is another reason aluminum makes sense. It is lightweight but strong and durable, so craft and crew are able to fly longer, preserve fuel, maximize payload capacity, and remain protected in flight. ### Personnel Carriers [Armored personnel carriers](http://www.military-today.com/apc/top_10_armored_personnel_carriers.htm) are a staple of military vehicles, transporting people and equipment in combat zones. While these are not considered fighting vehicles and are not designed to provide direct fire support in combat, they need to be created in a way that protects their valuable cargo. Though these carriers are armed for self defense, their main purpose is to get people and equipment from one point to another, which is why the armor is so key. Armored personnel carriers need to be agile and mobile, transporting as quickly as possible. They may even be used as armored ambulances when personnel are wounded and must be evacuated, again a situation calling for speed. As with many other military vehicles, weight is an important consideration. Many armored personnel carriers rely on aluminum for protection, as aluminum is a durable but lightweight metal. ### Autonomous/Unmanned Military Vehicles While the benefits of armor are clear for manned military vehicles, large aluminum enclosures have an important role in protecting autonomous or unmanned military vehicles and their missions as well. Even if there is not a human operator on the ground, these vehicles do vital work and need to be protected from heat, vibration, shock, and impact. Large aluminum enclosures in unmanned vehicles protect interior mechanisms and components. These enclosures are typically used to defend the processors that keep unmanned vehicles moving, offering protection from dust, water, damage, and extreme temperatures. Unmanned vehicles may be deployed in sand, saltwater, ice and snow, or oppressive heat, and large aluminum enclosures ensure that corrosion and abrasion will not hinder important work. These enclosures also ensure that unmanned vehicles can move quietly, reducing acoustic noise so as to increase safe exposure time and improve combat performance. Similarly, enclosures defend against electromagnetic interference. The computers in unmanned military vehicles are vital, and [ruggedized enclosures](https://www.namf.com/custom-ruggedized-enclosures/) ensure that their critical missions continue uninterrupted. ## ![Large aluminum enclosures for military use](https://namf.com/wp-content/uploads/2020/03/jet-2974131_640.jpg)Benefits of Large Aluminum Enclosures Large aluminum enclosures are essential for providing military vehicles and personnel with the safeguarding they deserve, and the material properties of aluminum make that protection possible. Aluminum often goes overlooked in its usefulness as an engineering material, but it possesses a number of properties that make it an indispensable component for our world. It is particularly important for military vehicles because it needs to be lightweight. Aluminum is a material strong enough to offer protection, without a high cost and without the weight addition of materials like steel. It is important for any metal fabricator or manufacturer working with military clients to understand considerations like these, as well as to meet the specific needs of these highly regulated industries. Four traits in particular stand out that make aluminum the right material for large enclosures, and as we’ll see, each is vitally important for the protection of our troops. ### **LIGHTWEIGHT** As the 13th element on the periodic table, aluminum is particularly low-density, making it especially lightweight for its strength. This is especially important for armored vehicles, as each pound of weight results in increased fuel consumption and weighs down vehicles at a time when they must be optimally mobile for combat situations. The lightweight strength of aluminum enables military vehicles to move safely without getting bogged down. ### **CORROSION – RESISTANT** Aluminum oxidizes when exposed to the air, forming a protective barrier against corrosive elements. The result is a material that can withstand damaging factors in the environment such as extreme temperatures, sand, wind, and chemical exposure. This makes large aluminum enclosures ideal for housing military vehicles and personnel, as these must be kept safe from the harsh conditions common to the areas where they are most frequently deployed. The corrosion-resistance of aluminum protects American personnel and their cargo from the harsh surroundings to which they’re exposed. ### **EMI PROTECTION** Many military vehicles such as UAVs possess sophisticated electrical components, which can be compromised by electromagnetic interference. Aluminum is not only strong and corrosion-resistant enough to provide the physical protection that military vehicles require, but its conductivity enables it to shield their electronics as well. This makes large aluminum enclosures especially useful in cases where EMI could damage equipment functionality. ### **LOW COST** While it is certainly true that no price is too great to protect our military, achieving that objective at minimal cost is vital. The relative abundance of aluminum makes it a cost-effective material for use in many engineering applications, especially in housing structures such as large aluminum enclosures. Aluminum provides the strength and durability needed for military-grade protection at an affordable price tag. ## Working with NAMF and NAPM The low-cost durability and protection offered by aluminum make it the material of choice for many military applications, and while large aluminum enclosures can provide this security, it takes more than material to deliver such a safeguard. Extensive expertise is needed not just in the materials sector, but also in the custom manufacture and fabrication industries, and deep knowledge of military applications is required as well. The New Age companies are experienced military partners. We have such expertise, and are licensed and approved to handle high-profile military contracts. As a full-service [custom aluminum manufacturer](https://www.namf.com/custom-aluminum-milling-service/), we handle a wide array of highly specific military contracts involving large aluminum enclosures and many other specialized projects, too. Our large aluminum enclosures meet military specifications and requirements, and our companies work under required certifications and registrations to accept government, military, defense, and aerospace work as an approved vendor. Working with a vendor like the New Age companies ensures that regulatory compliance and other vital details of procurement are managed well in advance of your needs. We are approved suppliers to some of the top companies in these industries, and have special process approvals for some organizations like Raytheon and Lockheed Martin. We understand how important it is to procure large aluminum enclosures from not just a certified and approved vendor, but a vendor with experience and expertise in the industry, too. We have long been valued partners in government, military, defense, and aerospace metal fabricating and manufacturing, creating large aluminum enclosures and other important military vehicle features. Whatever your need for aluminum armoring or parts for the defense and aerospace industries, you can rely on our team of experts. [Contact us](https://www.namf.com/contact/) to learn more about our large aluminum enclosures and other metal fabricating and manufacturing for these important purposes. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/large-aluminum-enclosures-military-vehicles/#) [Terms & Conditions.](https://namf.com/large-aluminum-enclosures-military-vehicles/#) ## Brazing vs Welding # What’s The Difference Between Dip Brazing And Welding? December 28, 2020 ![welder with mask on, smoke rising](https://namf.com/wp-content/uploads/2020/12/difference-between-brazing-and-welding.jpg) ## Table of Contents - [Difference Between Brazing And Welding](https://namf.com/difference-between-dip-brazing-and-welding/#toc-1) - [Advantages And Disadvantages](https://namf.com/difference-between-dip-brazing-and-welding/#toc-2) - [Next Steps](https://namf.com/difference-between-dip-brazing-and-welding/#toc-3) Everyone has been there. You pass a construction site, look at the metal structures, and ask yourself how it’s all held together. There are many ways that metals can be held together. Some structures use attachments like rivets to hold the metal pieces together while others use methods that involve melting a part of the metal, such as brazing and welding. What’s the difference between dip brazing and welding? Keep reading to find out the difference and some of the pros and cons of each. ## Difference Between Brazing And Welding Dip brazing and welding are similar processes in that they both join pieces of metal together, but they work in different ways and have different applications. Here we will compare dip brazing, soldering, and welding to see the difference. ### Welding In welding, two pieces of metal melt at their ends and physically fuse together. This means the metals must have similar melting points in order to join together. They must stay at these high temperatures at the joint during the welding process. A filler is sometimes used in welding to join the pieces of metal together. However, the filler must also have a similar melting point which limits the type of metal that the filler can be. Usually, the two pieces of metal to be joined are held close together while a targeted welding torch applies heat at a small part of the joint. The torch melts the filler or the metal itself so that the two pieces fuse together. Sometimes pools of melted material can form at the bottom ### Brazing In brazing, a filler metal joins the ends of two pieces of metal. The two pieces come close together so that the filler can come between them. Then, [capillary action](https://www.usgs.gov/special-topic/water-science-school/science/capillary-action-and-water?qt-science_center_objects=0#qt-science_center_objects) causes the filler to flow into the gap between the two pieces of metal. Typically, a relatively low melting-point filler is used because only the filler needs to melt. This means the pieces of metal being joined remain intact throughout the brazing process. The filler metal is usually an alloy of metals that bonds to both of the metals being joined. A chemical called flux helps the filler metal flow through the gap between the two pieces of metal. The flux also keeps the metals clean and removes things like oxides so that a good seal forms between the metals. The method of brazing we are concerned with, called dip brazing, completely submerges the metals being joined into a bath of filler. ### Soldering Soldering contains some aspects of both welding and brazing, but it also has some differences. Like in welding, soldering uses a soldering iron to apply heat at a targeted location. Similar to brazing, however, soldering operates at low temperatures. The American Welding Society has a strict definition when it comes to metals that [can be solders](https://www.electronics-notes.com/articles/constructional_techniques/soldering/what-is-solder.php). Any solder must have a melting point below about 840 degrees Fahrenheit or about 450 degrees Celsius. Many metals can be solders, including things like gold, silver, copper, or brass. These solders act as the filler, joining the two pieces of metal together. In addition to joining metals together, soldering can also connect elements of electrical circuits. This makes the technique especially important in electronics and computers. ## Advantages And Disadvantages There are many types of [steel fabrication services](https://www.namf.com/steel-fabrication-services/) from laser cutting to [chemical film coating](https://www.namf.com/chem-film-coating/), but they all have advantages and disadvantages. Depending on your particular application, dip brazing, welding, or soldering might be the best choice. ### Welding Welding has many advantages over dip brazing and soldering, but it also has some disadvantages. Welding produces the strongest joints since the metals are physically fused together. Welded joints are better at dealing with high-temperature settings since all of the components have a relatively high melting point. Some welding processes are good at joining together pieces of metal with different widths. Welding also has some disadvantages. Since the joined metals melt, they lose some of their structural integrity. The heat from melting can sometimes cause distortion or stress in the metals. Since the metals are melted together, they have to be similar pieces of metal in order to fuse together properly. ### Dip Brazing Dip brazing has many advantages over welding and soldering depending on your application. Since dip brazing doesn’t join the two pieces of metal themselves, it is great for joining different metals together, especially ones with different melting points. Since the filler metal usually has a lower melting point than either of the other metals, it uses less energy compared to welding because the metals are at a lower temperature. Since dip brazing doesn’t melt the metals being joined, they keep their physical properties and strength. Joints made by dip brazing can be as strong as those made by welding, and they are almost always stronger than those made by soldering. Dip brazing also leaves a cleaner and smoother looking joint compared to welding. Some disadvantages to brazing are that these joints don’t do well in high-temperature settings since the filler has a lower melting point. In addition, the flux material may contain toxic elements. ### Soldering Since soldering occurs at such a low temperature, the amount of energy required for this procedure is much less than that of brazing or welding. Soldering shares the advantage of joining together different types of materials with brazing. Because soldering is such a delicate and targeted process, it can join together very thin pieces of metal that would not be possible to join with brazing or welding. However, this does give soldering the disadvantage of having lower strength between joints. Soldered joints should not be in a setting where they have to bear a load. This also means they cannot work on large pieces of material. Soldering shares the disadvantage of not doing well in high-temperature settings with brazing because the melting points of the metals are so low. ## Next Steps Now that you know the difference between dip brazing and welding and some of their advantages and disadvantages, feel free to [contact us](https://www.namf.com/contact/) for more information about how we can help with your next project. If you enjoyed this article, please check out some of our other great articles from fabrication to machining services. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/difference-between-dip-brazing-and-welding/#) [Terms & Conditions.](https://namf.com/difference-between-dip-brazing-and-welding/#) ## Choosing a Machining Company # 7 Things To Look For In A Precision Machining Company January 28, 2021 ![precision machining company](https://namf.com/wp-content/uploads/2019/11/precision-machining-company.jpg) ## Table of Contents - [A Precision Machining Company Should Have:](https://namf.com/precision-machining-company/#toc-1) - [Get In Touch](https://namf.com/precision-machining-company/#toc-2) It can still be tricky to find a reputable firm that has the combination of skills, knowledge, and equipment for your needs. The main things to look for in a precision machining company are: - demonstration that its knowledge is up to date - proven precision machining skills - design ability, and - the ability to communicate clearly. Any of these abilities is great, but a combination of all 4 will make it more likely that you find a reputable precision machining company. ## A Precision Machining Company Should Have: ### 1\. Up-To-Date – Knowledge and Tools We recommend that you work with a firm that is always looking for new and improved ways of satisfying the needs of its customers. How a precision machining company achieves this should be two-fold. It should have the know-how required to perform any precision machining task, and it should also have access to the equipment required to get the job done. Cutting-edge techniques and refined knowledge are keys to achieving great machining results every time. Look for a company that is unafraid to adopt new methods and techniques. Technology continues to advance and ways of doing things change alongside them. It’s imperative for a precision machining company to stay up to date and to upgrade its equipment to keep apace with the industry. Improved equipment can lead to cost savings, because they will help to get things done more quickly, and potentially with less waste. Better speed and efficiency is good for business and for customers. ### 2\. Proven Skills When looking for a precision machining company to take care of your needs, consider whether or not it has a track record of having handled products or situations like those of your business. Check out testimonials and get on social media to find out the opinions of people who have used the business. As well as providing plenty of testimonials from happy clients, your firm should also provide clear details of what processes it can perform and when. Look for a firm that is clear about which materials it is able to work with and to what extent. And look out for details of how the business’ staff has been trained, in what machinery, and the advantages and disadvantages of [different methods](https://www.starrapid.com/blog/the-top-7-cnc-machining-techniques/). With access to clear details regarding the machinery the firm uses, what techniques are implemented, if they offer [custom machining services](https://www.namf.com/custom-machining-services/), and achievable tolerances and outputs, you can get a clear idea of what they can achieve. The more comprehensive your machine precision cutting, the better you’ll have an idea of timelines involved. You will also be able to make informed decisions. ### 3\. Design Skill If you know what you need, but you don’t currently have the specifications, a staff member with design skills may be able to help. Those with design skills within your firm will be able to bring ideas to life, tweak existing designs, or simply help you plan and complete your project by bringing strong design skills to the table. It’s also worth noting that having people with strong design skills makes it more likely that a firm will spot potentially costly errors before manufacture. And they can make minor design changes quickly. ### 4\. Clear Communication A precision machining company should not only be precise in its actions but also in its communication. Clear communication is key to getting jobs done quickly and accurately, which means less ambiguity and less risk of errors. Misinterpretation of specifications can be costly and time-consuming. They are both avoidable with better communication, which involves active listening, as well as the ability to ask questions and understand the needs of the customer. When a business asks you questions, it suggests the firm’s dedication to getting the job right for you, understanding the importance of accuracy, will be unafraid to ask questions. This will ensure that you get exactly what you need and what you expect, or better. The best precision machining company will be the one that listens carefully to your needs and will be willing to accommodate custom and demanding specifications. ### 5\. Previous Work Examples Claiming you can make an item isn’t the same as actually being able to make it. Any reputable machine shop proud of its work quality should be able to show you parts and prototypes they have manufactured before in their shop. Good [work samples](https://www.namf.com/gallery/) of their precision metal machining give you confidence that the shop can handle skilled work. These work examples should give you a sense of how closely the shop pays attention to detail and the general quality of their work. If possible, ask to see industry-specific examples to ensure they have the know-how and skill to do the work you need. Ideally, work samples should give you a look at different materials and types of projects. Be sure to ask what the specs of the job were to compare how well they did in meeting those and any issues that they had in producing the run. If they do custom precision metal machining, you want to be confident they execute well with the custom part of the job. ### 6\. Quality Control Measures When you’re talking about high precision metal machining, quality control is a critical part of precision. Ask if the shop outsources any of the work and how they maintain quality control when any part of the work leaves the shop. While certifications aren’t a guarantee, [ISO 9001](https://www.iso.org/iso-9001-quality-management.html) and [AS9100 standards](https://www.namf.com/as9100-certified-companies/) do give you confidence that the shop you’re working with has a quality control system in place. A certified shop should be able to show you written procedures and policies related to quality control. Specifically, ask about tolerance needs and how the company checks the accuracy of the work. Ask how often they calibrate their equipment and what tool they use to check it. For example, if they are precision [machining sheet metal](https://www.namf.com/sheet-metal-fabrication-services-nj/) for you, how are they checking the precision of their laser cutters? ### 7\. Project Flexibility You want your machine shop to be very good at turning out common parts. But you also want them to be flexible enough to handle special orders they might have never made before. Precision metal cutting machines are [becoming more flexible](https://www.productionmachining.com/blog/post/precision-machining-technology-moving-shops-forward) all the time as they improve scalability. The shop you choose doesn’t need to have every machine out there. However, you do want to make sure they have what they need to get your jobs done so you don’t have to move from shop to shop for different projects. For any metal works, precision machine variety will increase flexibility in taking on specific jobs. Flexibility is also important to ensure they can handle small prototype projects as well as large production runs once the prototype is approved. They also need to be able to work with a variety of materials you might need for your jobs. If the shop you choose can do manual milling, that also increases their flexibility with repairs in addition to custom work. ## Get In Touch When you get in touch with us, you will also discover that our staff is friendly, courteous, and eager to help. Our teams’ enthusiasm will motivate you to do greater things and we’ll be right there to help. Staff that is happy to communicate can make a project go more easily so it’s a trait worth prioritizing. Before partnering with a precision machining company, make sure that you will be able to talk to trained, seasoned experts on the phone. There’s nothing like explaining an issue you are having to a pro who will be able to help you make decisions and get your job done correctly first time. These four qualities will help you narrow down your choice of precision machining companies that offer you the best service for your money. For more advice, information, or to get started with precision machining, [contact us](https://www.namf.com/contact/) today. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/precision-machining-company/#) [Terms & Conditions.](https://namf.com/precision-machining-company/#) ## Metal Fabrication Process Overview # What To Expect From The Metal Fabrication Process March 10, 2021 ![Metal Fabrication Process - cnc cutter](https://namf.com/wp-content/uploads/2021/03/metal-fabrication-process-1680x1120.jpg) ## Table of Contents - [Starting The Custom Metal Fabrication Process](https://namf.com/the-metal-fabrication-process/#toc-1) - [What Type Of Metal Fabrication Process Is It?](https://namf.com/the-metal-fabrication-process/#toc-2) - [Understanding The Metal Fabrication Process](https://namf.com/the-metal-fabrication-process/#toc-3) The metal fabrication process often brings to mind blacksmiths and other metalworkers. Albeit, we’re a bit more advanced than using simple hammers and anvils to form most parts today. But the principles started their development as far back as [7000 years ago](https://www.metalworkingworldmagazine.com/a-short-sheet-metal-history/). Just because something has been around for thousands of years, doesn’t mean that the process is well-known or understood. In fact, technology is always leapfrogging into new and exciting areas that even experts need to relearn a thing or two. Where does modern custom metal fabrication start and finish, and what can you expect in between? Keep reading to find answers to that and more. ## Starting The Custom Metal Fabrication Process The first step of metal fabrication is part design on [CAD software like AutoCAD](https://www.autodesk.com/products/autocad/overview?support=ADVANCED&plc=ACDIST&term=1-YEAR&quantity=1#internal-link-what-is-autocad) or Solidworks. This usually starts with you, the client. But sometimes a metal fabricator can consult on CAD designs before any physical parts are ready for fabrication. Once you finish with the design phase, it’s submitted to metal fabricators to calculate the expense and scope of the job. After you’ve accepted a bid, the fabricator acquires the raw materials and slots the job into the queue. Provided everything is going smoothly up to now, the real fun begins next. ## What Type Of Metal Fabrication Process Is It? Depending on the raw materials, and the complexity of the end product, there’s a number of different [services for metal fabrication](https://www.namf.com/metal-fabrication-services/). In almost every instance, more than one process will be applied to a part while it’s fabricated. The next phases of metal fabrication are forming, assembly, and finishing. Although, depending on your part, assembly and finishing may fold into the forming process or are done away with altogether. ### Process In Detail: Forming The Part Forming involves taking the raw material and shaping it into your part using various [manual or CNC equipment](https://www.namf.com/equipment-list/) and operations. The different metal working processes for forming are: - Cutting - Casting - Forging - Extrusion - Punching - Drawing - Milling - Drilling - Turning These processes are done using raw material forms like billets, rods, bars, plates, sheets, and more to make your part. At first, some of the operations on the workpiece might look arbitrary or abstract. Eventually, just like a diamond being cut by a jeweler, your part will take on its final form. They aren’t quite done yet though. There’s still the need to join parts to form an assembly, and the “finishing” phase. Forming can involve folding bending stamping, machining or punching holes in sheet metal or on other materials. Cutting may be done by mechanical shearing, water jet, or laser cutting. Depending on the thickness, hardness, and other factors, there are several types of options for the preferred cutting tool(s) for the project. ### Assembly Processes In Detail: Welding And Brazing You may need part assembly for your project, in which case welding or brazing might be required to permanently join parts. It could be GMAW (MIG) or GTAW (TIG) welding processes or a combination of both. Brazing doesn’t melt the workpieces and is similar to soldering in many respects. One of these is how it uses a filler metal to flow into joints and bond them. It differs in a higher temperature filler metal being used and a tighter gap between parts. But, both soldering and brazing use capillary action to flow into the gap. While welding is usually joining apples to apples, brazing can join two dissimilar metals with different melting points. Sometimes welding just won’t do, and that’s when brazing can shine brightly with a strong, non-destructive bond between metals in a joint. There’s more to assembly than welding, brazing, or soldering techniques we’ve detailed. Finishing the assembly phase could also involve riveting, bolting, or using chemical adhesives. ### Processes In Detail: Finishing From here, the project moves into the final phases of the project. The “finishing” phase. Finishing includes deburring, polishing, grinding, painting, coating and more. A finishing process other than painting you might be familiar with is electrical wire insulation. In the process of making electrical wire, wire rod extruded to the desired diameter. They next insulate it with some form of polyethylene, PVC, Teflon, or ETFE (a Teflon-like tetrafluoroethylene variant). A similar process can be used in metal fabrication for certain parts. Such as when bare metal may not be desirable, or even required to be coated to prevent rusting. A specialty concern could be a [Mil-DTL 5541 military specification](https://www.enstechnology.com/mil-spec/mil-dtl-5541f) for coating. This is a chemical conversion coating on aluminum or aluminum alloys. Similar to coating electrical wire with an insulator, various chemical coatings are used for the aerospace industry to fight corrosion and provide a base for paint, like a primer. Lastly, painting and drying is the final finishing process (other than quality checks that occur throughout the metal fabrication process from start to finish). Electrostatic powder coating usually works best, as it provides an even coat. If not, wet paint is another tried and true method for protecting the final assembly. ## Understanding The Metal Fabrication Process Now that you’ve got a solid grip on the metal fabrication process in general, you’ve probably got a few specific questions you want a follow-up on. New Age Metal Fabricating has been operating since 1979 in Fairfield, New Jersey to provide you with your desired project from the start of the metal fabrication process to the end. NAMF keeps on the leading edge of metal fabrication and finishing processes, including dip brazing, painting, and chemical conversion coatings. [Our clients](https://www.namf.com/clients/) include defense and aerospace industry leaders and we hope in the future that means you too will be our client! Don’t wait any longer. [Contact us today](https://www.namf.com/contact/) about your next metal fabrication project. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/the-metal-fabrication-process/#) [Terms & Conditions.](https://namf.com/the-metal-fabrication-process/#) ## Custom Chassis Fabrication # Custom Chassis Fabrication – Our Process And Added Services March 16, 2021 ![custom chassis fabrication](https://namf.com/wp-content/uploads/2019/11/custom-chassis-fabrication.jpg) ## Table of Contents - [Chassis Design & Fabrication Processes](https://namf.com/custom-chassis-fabrication/#toc-1) - [Our Machinery](https://namf.com/custom-chassis-fabrication/#toc-2) - [Costs of Custom Chassis Fabrication](https://namf.com/custom-chassis-fabrication/#toc-3) - [Benefits of Fabrication](https://namf.com/custom-chassis-fabrication/#toc-4) - [Industries that use custom chassis fabrication are many and varied. These include:](https://namf.com/custom-chassis-fabrication/#toc-5) - [Custom Fabrication At It's Best](https://namf.com/custom-chassis-fabrication/#toc-6) When looking for custom chassis fabrication services, it helps to know the processes and costs involved. Having this information allows you to make an informed decision on the best service for your specific needs. The fabrication of customized structures is a process that requires collaboration in design and precision engineering to produce the desired result with zero margins for error. For over half a century, New Age Metal Fabricating and New Age Precision Manufacturing have been producing some of the finest precision machined parts for many well-respected companies in the defense and aerospace industries. Because we are a full-service manufacturer, we offer just about every service. We control the timeliness and quality of every product we create, including custom chassis fabrication. Some of our most popular products are our dip-brazed chassis and enclosures. These are high-money items and, as with all our products, must be precision built. If you are a customer who has tried other suppliers and come away dissatisfied, NAMF and NAPM can get you quality parts delivered on time and for as low a price as possible. ## Chassis Design & Fabrication Processes We construct full chassis all the time. We can make them out of different materials as well as combinations of materials to achieve your desired result. Our engineering team will work with you to help in the designing and building and we are available throughout the creative process. For those parts and products that we create for the defense and aerospace industry, there is no room for error or inconsistency. The sheet metal fabrication process involves numerous parts – cutting, drilling, punching, welding, forming – all on the strongest metal found on earth. ### Cutting It all begins with sheets of metal. We cut these into halves, thirds or even smaller sections. In many cases, the metal being shaped is newly made and has acquired no shape to date. There are also pre-shaped metals that we work with for cutting. New Age Fabricating uses a TruLaser 2030 4 kW Fiber-Optic laser. It can cut 5052, 6061 aluminum alloys, stainless steel, copper, and brass. At NAMF, we have perfected our high-tech machinery to deliver efficiency and precision, time and time again. ### Punching Both New Age Metal Fabricating and New Age Precision Manufacturing operate Amada CNC punch presses. These can accommodate sheet sizes up to 50 x 78. [Sheet metal punching](https://www.namf.com/sheet-metal-punching/) creates holes in the metal, where the sheet is placed under a die and goes through a punch-through by a drill. Precision is key here and for the punch to be the correct size, the circumference of the drill must slot correctly through the die. ### Forming For the most precise custom chassis fabrication, NAMF and NAPM both utilize four CNC press brakes, which can perform a wide range of angles and radii in metals such as aluminum, stainless, copper, and brass. ### Welding The process of welding involves the joining of two separate metal parts. These metal parts can be anything – bars, shapes, panels or sheets. All that matters is that they are all metal. In both of our facilities, our [precision welding services](https://www.namf.com/precision-welding-services/) are performed by our expert welders who are certified to weld to [AWS D17.1](https://www.aws.org/certification/detail/aws-d171-specification-for-fusion-welding-of-aerospace-applications) and [AWS D1.2](https://www.aws.org/certification/detail/aws-d12-structural-welding-code-aluminum). ### Chemical Conversion Coating Our added services include chemical conversion coating. New Age Metal Fabricating is NADCAP approved for this process to Mil-Spec Mil-DTL 5541. We offer Type I, classes 1A and 3, and Type II, classes 1A and 3. ### Painting New Age Metal Fabricating offers in-house capabilities for wet paint and electrostatic powder coating. We meet the requirements of CARC or Chemical Agent Resistant Coating and we finish all parts in Mil-Specs. ## Our Machinery Chassis fabrication is a multi-staged process that utilizes many types of machinery. From the selection of materials to cutting, welding, and final painting, each stage involves its own [assemblage of equipment](https://www.namf.com/equipment-list/). Once a design is final, and our client approves it, we use newly made metal, sometimes pre-shaped if it fits the purpose. To fabricate the components of a project we use the highest quality machinery to ensure the best result. The first stage may use a laser cutter to cut sheets to size, press brake to create precise angles, and/or a punch that uses CNC ( [Computer Numerical Controlled](https://searcherp.techtarget.com/definition/computer-numerical-control-CNC)) technology. Milling and lathing ensure precision shaping of components before putting them together. We use a variety of techniques when joining components together. We have the machinery to employ both dip brazing and welding processes. Depending on the shape of the parts themselves, our expert welding specialists use the appropriate techniques to join components efficiently and effectively. Our Paint shop consists of 3 spray booths, a powder coating booth, and a paint baking oven. These guarantee an even, seamless finish that will help protect the metal as well as look great. ## ![chassis fab](https://namf.com/wp-content/uploads/2019/11/chassis-fab-300x200.jpg)Costs of Custom Chassis Fabrication Many types of fabrication can be [costly](https://www.improvenet.com/r/costs-and-prices/sheet-metal-fabrication-cost), with sheet metal fabrication for large projects averaging over $2000 in the US. Depending on the scale of the project, the cost of welding can also be high. Especially when it comes to intricate defense and aerospace contracts. Our engineers work closely with our clients at the design stage. This means we are able to ensure there are no unexpected costs due to miscommunication or errors in the design. ## Benefits of Fabrication There are many benefits of getting a chassis, or any sizeable metal project, fabricated to custom specifications. Firstly, the end product is made specially to your design specifications, meaning you get exactly what you need. Sheet metal, formed into the sizes and shapes you need, is very strong and relatively lightweight. Compared to other metals like cast iron or manganese steel, for example. That being said, another advantage is that you get to choose the material you want to use for your project. Not only that, but it’s also highly durable and resistant to heat and corrosion. Another benefit is that the people involved in the fabrication process must be highly qualified and experienced. This means you can trust that your design will be brought to life by the best people for the job. ## Industries that use custom chassis fabrication are many and varied. These include: - Manufacturing. Here you will find architectural and structural metals, boiler, tank and shipping containers, spring and wire products, and specialty manufacturing. - Hardware and Hand Tools. Included here is hardware manufacturing for computer parts and components, modems, monitors, cutlery and hand tools, turned product and screw, nut and bolt manufacturing. - Building and Construction. This is where you find the HVAC industry and the building and construction industry. - Farming Industry - The Aerospace Industry. There are various items consisting of metal fabricated parts, which have been manufactured by aircraft developers. Aerospace is one of the most concise and demanding industries when it comes to safety. ## Custom Fabrication At It’s Best If you have a design that you need to be fabricated with your exact specifications in mind, [get in touch](https://www.namf.com/contact/). With our team, you can start and finish your project with the best people in the business. At New Age Metal Fabricating and New Age Precision Manufacturing, we are proud to serve both the defense and aerospace industries with our complete custom chassis fabrication services. For over half a century, New Age Metal Fabricating in New Jersey and New Age Precision Manufacturing on Long Island, NY have been offering the most advanced and cutting-edge manufacturing technologies and techniques to meet the ever-changing needs of our customers. Because we are a single-source supplier of precision manufactured and dip-brazed products, we can offer you complete, turnkey solutions for all of your material purchasing needs. We save you time and money, including the expense of having to finding multiple suppliers to finish your job. We do it all right in our facilities. We would like you to join our list of satisfied customers for all of your metal fabrication needs, including custom chassis fabrication. Browse our website and then contact us today. We look forward to the challenges you will bring us. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/custom-chassis-fabrication/#) [Terms & Conditions.](https://namf.com/custom-chassis-fabrication/#) ## Chem Film vs Anodize # Chem Film vs Anodize: An Explanation April 30, 2021 ## Table of Contents - [What Is Anodizing?](https://namf.com/chem-film-vs-anodize/#toc-1) - [What Is a Chemical Film?](https://namf.com/chem-film-vs-anodize/#toc-2) - [Chem Film vs Anodize](https://namf.com/chem-film-vs-anodize/#toc-3) - [Applications of Chem Films and Anodizing](https://namf.com/chem-film-vs-anodize/#toc-4) - [Looking for More Information?](https://namf.com/chem-film-vs-anodize/#toc-5) ![chem film vs anodize](https://namf.com/wp-content/uploads/2021/05/chem-film-vs-anodize.jpg)Everyone has been there. You lean against a piece of metal and wonder what kind of metal is this? How does it stay protected against the weather while other metals rust and corrode? There are several options when it comes to protecting metals from the elements, but some of the most common are chemical films and anodizing. Keep reading to learn all about the differences between chem film vs anodize as well as their pros and cons. ## **What Is Anodizing?** You’ve probably seen an old, rusty iron fence at some point, but what caused this metal to rust? Over time, the iron atoms in the fence reacted with the oxygen in the air. This [process is called oxidation](https://www.chemguide.co.uk/inorganic/redox/definitions.html) and is responsible for the rust you see. Since the rust, also called iron oxide, is more brittle than the original iron, it tends to flake off, leaving the fenceless stable. So what can you do to prevent this type of corrosion in the metals you work with? Most metals have a natural layer of oxide molecules, but if the oxygen in the air gets past this layer, it can oxidize the metal inside. One solution is to increase the thickness of this layer of oxides. This is what anodizing does using a [process called electrolysis](https://chem.libretexts.org/Bookshelves/Analytical_Chemistry/Supplemental_Modules_(Analytical_Chemistry)/Electrochemistry/Electrolytic_Cells/Electrolysis). The name anodizing comes from the fact that the metal is the anode in this reaction. The reaction builds up a layer of oxides thick enough that little to no oxygen can get to the inner metal and react with it. Oxygen doesn’t react with this outer layer because the oxide layer already has enough oxygen. ## **What Is a Chemical Film?** Another method of protecting metals from corrosion is to add a [chem film coating](https://www.namf.com/chem-film-coating/) or alodine film coating. This coating, also called chromate conversion, is similar to anodizing but has a slightly different effect. Instead of building up the natural oxide layer around metal as anodizing does, adding a chemical film is exactly what it sounds like. It means adding a layer of a certain chemical to the outside of the metal. To do this, you first make a bath of the desired chemical. Then, you dip the part into the bath and let it harden onto the outside of the metal. The longer you leave it in, the thicker the chemical layer will be. When you take the part out, you can rinse off any remaining liquid chemical, and the result will be a soft layer of chemical on the surface. Given some time to dry, this layer will harden and help to protect the metal. If all you want is a thin layer of chemical, you can spray it on the metal instead of having to immerse it in a bath. Despite their similarities, anodizing and adding a chemical film have different advantages and disadvantages for different applications. ## **Chem Film vs Anodize** When it comes to alodine vs anodized coatings, there are several benefits for one or the other. One of the biggest differences between the two methods is that chemical films preserve the metal’s [electrical conductivity](https://www.thoughtco.com/definition-of-electrical-conductivity-605064). This is one of the biggest benefits of alodine treatment because it allows you to protect the metal without changing its electrical properties. Another big difference is the change in dimensions of the part. If you need your part to stay almost exactly the same size, chemical films are probably the better choice for you. While [chem film treatments](https://www.namf.com/chemical-film-coating-services/) do add a thin layer of the chemical to the surface of the metal, anodizing tends to add a thicker layer of oxides. This means the dimensions of the part can change as a result. Another difference between the two methods is adhesion. This refers to how well something can stick to the surface after treatment. Typically, chem films increase adhesion while anodizing doesn’t. One major benefit of anodizing compared to chemical films is that it comes in many colors. Chem film coatings usually only come in either gold or clear. In contrast, anodizing can be in almost any color you want. ## **Applications of Chem Films and Anodizing** There is a wide variety of applications for both anodizing and chemical films. Most of the aluminum people come into contact with every day has some kind of treatment. In addition to this everyday aluminum, chemical films can be used on things like automotive wheels and shock absorbers. Anodizing, on the other hand, is often used in commercial and residential building materials, appliances, and even furniture and jewelry. There are also some differences in the types of metals that these methods work for. Chemical films can have many different substrates, including zinc, aluminum alloys, magnesium, steel, and phosphate coatings. Anodizing has an even broader range of materials. In addition to aluminum and its alloys, anodizing also works with zinc, magnesium, niobium, tantalum, and titanium. This can make anodizing ideal for these types of metals. While these methods are similar, they do have some subtle differences that make them better or worse for certain industrial applications. ## **Looking for More Information?** Now that we’ve looked at some of the differences in chem film vs anodized metals, feel free to do some research on your own and decide which treatment is right for your next project. If you are interested in using chemical films to protect your metal materials, please [contact us](https://www.namf.com/contact/) for more information about how we can help you. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/chem-film-vs-anodize/#) [Terms & Conditions.](https://namf.com/chem-film-vs-anodize/#) ## Sheet Metal Punching # Our Sheet Metal Punching Process May 28, 2021 ![sheet metal punching](https://namf.com/wp-content/uploads/2019/09/sheet-metal-punching.jpg) ## Table of Contents - [Working with NAMF](https://namf.com/sheet-metal-punching/#toc-1) - [What is Sheet Metal Punching?](https://namf.com/sheet-metal-punching/#toc-2) - [What Should You Consider?](https://namf.com/sheet-metal-punching/#toc-3) - [What Equipment Do We Use?](https://namf.com/sheet-metal-punching/#toc-4) - [Why Choose New Age Metal Fabricating](https://namf.com/sheet-metal-punching/#toc-5) So, you’re starting a massive new project with your company. You’ve done your research. You hired a contractor who hired a company to punch out your metal for prototyping. But, then you get a call and they’re unable to complete the job. This is a big problem. Jobs are on the line! And now your project is facing major delays. With New Age Metal Fabricating, you don’t have to worry about that. We’re backed by the big guys, but have the touch of a small business. When working with us, you’ll have one point of contact in charge of your job. And we’ll use the top technology to make sure your project is completed quickly, efficiently, and perfectly. ## Working with NAMF Custom machining services involve a range of tools and applications, each with its own features and characteristics. This means that no matter the project you have in mind, there is a type of custom machining technology best suited to it. With our modern technology, your project will be quick, efficient, and precise. Because most of our work is suitable for mass production, we commonly use sheet metal punching. A punch press is the machine used to cut holes in materials. Often, this machine is small and hand-operated. But, it can also be large, CNC-operated with a multi-station turret. For small jobs or operations such as prototypes, tooling costs can run very high. One way of keeping costs down is through the use of a turret punch. When tooling with a turret punch, you can create holes of varying sizes, straight edges, commonly-used notches or mounting holes. By using a large number of strokes and with several different tools, a turret press can manufacture a wide array of parts without having to make a specialized press tool for that task. It saves you time and money. This is used in rapid prototyping or for low volume production jobs that can begin without tooling delays. ## ![sheet metal punching process](https://namf.com/wp-content/uploads/2019/09/sheet-metal-punching-process-300x225.jpg)What is Sheet Metal Punching? You may be curious about how sheet metal punching works. Essentially, this is when a large machine punches a hole in a sheet of metal. This is a three-step process. 1. The sheet metal is secured on top of a die. The punch is prepared on top of the sheet. 2. The punch is then pressed into the sheet metal. Because of the die underneath, the sheet is penetrated by the punch. 3. The process is repeated from step 1. All scrap metal is collected. ## What Should You Consider? While the steps are simple, in practice, the sheet metal punching process can be complicated. There are many things to consider: - How large is your project? - How thick is the metal you need to use? - How much force will the punch need to exert? - Will the punch be working well? - How complex is the size and shape you are punching? - How repetitive are my requirements? - Do I want to deal with multiple manufacturers or a one-stop, specialist? Our punching process prioritizes your needs. Our machines are able to punch holes quickly, consistency, and economically. Why should this matter to you? It means [your project](https://www.namf.com/metal-fabrication-services/) will be completed on time and to your exact specifications. Our competitors are unable to match our quality or speed. ## What Equipment Do We Use? We primarily use computer numerical controlled (or CNC) punch. This means that we are ready and able to help you create your project to your exact specifications. Typically, a turret punch has up to 60 tools located in the “turret,” which is rotated to bring the proper tool into position for use in the current sheet metal punching process. Simple shapes such as circles, squares, or hexagons are cut directly from the sheet. However, more complex shapes can be cut out as well. This is done by making rounded or square cuts around the perimeter. [Every press tool](https://www.namf.com/equipment-list/) requires a matching tool and die set. There are two corresponding turrets, one above and one below the bed, for punch and die. These turrets must rotate and be completely synchronized and aligned. A punch is less flexible than a laser for cutting complex shapes, but it works better for repetitive shapes. Some units will combine both laser and punch features in one machine. For the most part, turret punches are CNC, with automatic positioning of the metal sheet. Turret punches can operate faster per stroke than a heavier tool press. While CNC punches are less flexible than laser cutting tools overall, they are faster at creating repetitive shapes. Both New Age Metal Fabricating and New Age Precision Manufacturing operate Amada CNC punch presses, which can accommodate sheet sizes up to 50×78. We utilize is the Amada Vipros 357 Queen 33 Ton CNC Turret Punch Press and the Amada Pega NC Punch 345Q. ## Why Choose New Age Metal Fabricating As custom steel fabricators, our one-stop-shop with products delivered on time and high-quality parts is only the beginning. Our prices are always competitive and our expertise is known throughout the industry. Our New Age Companies are always striving for excellence in everything we do. We have the expertise to provide you with complete manufacturing services for all your sheet metal punching and metal fabrication needs. We don’t want you to be jerked around by multiple companies and several middlemen. At NAMF, you’ll have one point of contact. You can think of them as your project manager. They’ll guide you through the entire mental punching system. They’ll make sure you feel confident in our process and your results. ### Advantages of Choosing New Age Metal Fabrication for all your CNC Cutting Services: - We are a single-source supplier for all of your sheet metal punching, precision manufactured and dip-brazed products. - We offer you complete and turnkey solutions for all of your material purchasing needs. - We are in control of each step of your product from start to finish. - For each product or design, you will have only one point of contact. - We save you money and time by eliminating the need for multiple suppliers. - We provide you with a finished product that is ready for your production line. - We are approved by the BAE and [Lockheed Martin](https://www.lockheedmartin.com/en-us/index.html) to supply dip-brazed, chemical film, welded, and painted components. - We have [NAVSEA approval](https://www.navsea.navy.mil/) to dip-braze and weld to Navy specifications. - We handle all customer requests quickly. - Our engineering team has decades of experience to help your final product designs reach fruition. [Contact us today](https://www.namf.com/contact/) to discuss your company’s vision and your upcoming projects. No matter what you need – a supplier for products in use or innovative new answers to streamline your production – we have the answers you’ve been seeking. From custom CNC cutting services to a painted or dip-brazed finished product, our New Age Metal Fabricating solutions are here to help you right now. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/sheet-metal-punching/#) [Terms & Conditions.](https://namf.com/sheet-metal-punching/#) ## Rapid Prototype Machining # Rapid Prototype Machining Explained June 14, 2021 ![rapid prototype machining](https://namf.com/wp-content/uploads/2019/02/rapid-prototype-machining.jpg) ## Table of Contents - [What is Rapid Prototype Machining?](https://namf.com/rapid-prototype-machining-explained/#toc-1) - [The Benefits of Rapid Prototype Machining](https://namf.com/rapid-prototype-machining-explained/#toc-2) - [Applications of Rapid Prototype Machining in Industry](https://namf.com/rapid-prototype-machining-explained/#toc-3) - [The Process of Rapid Prototype Machining at NAMF](https://namf.com/rapid-prototype-machining-explained/#toc-4) - [What Are the Materials and Technologies Used?](https://namf.com/rapid-prototype-machining-explained/#toc-5) - [How to Overcome Challenges?](https://namf.com/rapid-prototype-machining-explained/#toc-6) - [How Does the Future Look?](https://namf.com/rapid-prototype-machining-explained/#toc-7) - [Conclusion](https://namf.com/rapid-prototype-machining-explained/#toc-8) Assembling prototypes for parts and projects is critical to success in the military and aerospace industries. This swift and efficient process allows you to turn your designs into functional models, making it ideal for innovation and industry progress. However, while rapid prototype machining is critical to ongoing engineering success, many people are unfamiliar with this type and how it differs from traditional machining methods. This article will help you learn everything you need to know about rapid prototype machining, its benefits and applications, and the challenges you might encounter when you first explore this machining method. ## **What is Rapid Prototype Machining?** Rapid prototype machining is rapidly assembling machine prototypes for new products before the product is released for mass production. This fast fabrication process uses 3D computer-aided design (CAD). Additive manufacturing, or 3D printing, is integral to successfully creating parts or complete models. 3D printers are essential in rapid prototyping because they are highly efficient with time and materials, allowing engineers to make product decisions and adjust prototypes quickly. Rapid prototyping differs from traditional machining methods in several ways, but the most notable is the speed and cost-efficiency possible with rapid prototype machining. Traditional prototyping usually involves longer lead times for mass production and often entails expensive tools to produce parts on a wide scale, making rapid prototyping more practical for many engineers. ## **The Benefits of Rapid Prototype Machining** Rapid prototype machining has numerous advantages over traditional prototyping methods. Among the main benefits of choosing rapid prototyping include: - **Speed**. The most obvious advantage of choosing rapid prototype machining over traditional machining is that rapid prototyping is much more efficient than the traditional method. This type of prototyping allows for rapid changes to a digital model, where new prototypes can be produced quickly. This speed means a reduced time to market, which gives [companies](https://www.namf.com/clients/) like General Dynamics and Airbus a significant competitive advantage. - **Precision and accuracy**. Another benefit of rapid prototyping is the precision and accuracy possible through this method. Rapid prototype machining uses computer numerical control (CNC) to guarantee accuracy and consistency when creating prototypes – elements crucial for validating a machine’s functionality. - **Design flexibility**. Rapid prototyping helps facilitate design modifications, and engineers can make critical changes to a prototype in a short timeframe by using rapid prototype machining. This type of machining allows you to quickly incorporate changes and produce a revised prototype without requiring extensive adjustments like those required with traditional machining. - **Cost-effectiveness**. Rapid prototyping typically entails lower tooling costs than traditional machining methods and can save significant money when creating parts for mass production. - **Innovation**. Rapid prototyping promotes faster innovation cycles, allowing engineers to experiment with several design iterations and fostering a culture of continuous improvement. ## **Applications of Rapid Prototype Machining in Industry** Rapid prototype machining is central in various industries, including aerospace, automotive, military, and medical devices. Despite the diverse industry needs of these different fields, rapid prototyping can adapt to meet the requirements of different industries and produce models with high-quality precision. [New Age Metal Fabricating](https://www.namf.com/) caters to these diverse industries by providing advanced rapid prototyping technology to meet various requirements. From testing and validating new aircraft components for aerospace companies to creating concept vehicles and innovative designs for the automotive industry, NAMF meets the needs of different companies looking to benefit from the emergence of rapid prototyping. ## **The Process of Rapid Prototype Machining at NAMF** Rapid prototype machining at NAMF follows a specific process that ensures the highest quality results. NAMF is dedicated to ensuring quality, precision, and customer satisfaction and provides many customization and scalability options to accommodate diverse industry needs. Below is a step-by-step overview of the process of rapid prototyping at NAMF: 1. **Creating 3D files**. To begin the rapid prototype machining process, NAMF produces the 3D files for your product. This step is possible using additive manufacturing to plan production and create 3D files with the right specifications to meet your unique needs. 2. **Prototype costing**. The second step in NAMF’s rapid prototyping process is analyzing and costing the prototyping project. Costing is done according to your project specifications, including the materials necessary, the dimensions, and geometry of your prototype, and the product finish requirements. 3. **Project production**. Following the costing process, NAMF produces your productions in the production stage. This step can be completed quickly compared to traditional machining for the best results in a fraction of the time. 4. **Testing phase**. After your project is produced, NAMF moves into the final stage of the rapid prototyping process: testing your items. The testing phase guarantees that rapid prototyping was successful before producing products on a mass scale. This final stage ensures that your product meets its expected functionality. ## **What Are the Materials and Technologies Used?** NAMF stays at the forefront of technological advancements that make rapid prototype machining possible. Several materials and technologies are critical to rapid prototyping, ensuring the success of this machining method. The first technology essential to rapid prototyping’s success is [3D printing](https://www.twi-global.com/technical-knowledge/faqs/what-is-3d-printing), which allows you to build objects using digital models despite the product’s complex geometry, materials involved in production, and customization needs. [CNC machining](https://www.namf.com/cnc-machining/) is also essential to the rapid prototype machining process. CNC machining involves any process that relies on computer-controlled machine tools to fabricate products, and the three primary types of CNC machining are lathes, mills, and routers. As technology evolves, more engineers rely on CNC machining to develop quick and accurate prototypes. Beyond these technologies, there are numerous materials involved in rapid prototyping. These [materials](https://www.pacific-research.com/what-materials-are-used-for-prototyping-and-why-prl/) include but are not limited to: - Silicones - Urethane resins - Carbon fiber - Glass fiber - Metals - Wood - Thermoplastics ## **How to Overcome Challenges?** While rapid prototyping is essential for the future of many industries, there are some common challenges and misconceptions about investing in rapid prototype machining. Some of the main challenges in rapid prototyping include: - **Materials availability**. Some materials used in rapid prototyping are difficult to find, especially when creating highly customized products. NAMF helps address this issue by providing all the materials needed to complete your machining project. - **Lack of experience**. Your staff might not be equipped with the knowledge necessary to complete the steps of rapid prototype machining correctly, including knowledge about the tools, materials, and programming required for this type of machining. NAMF provides several [resources](https://www.namf.com/newsblogs/) to help you navigate rapid prototyping like an expert. - **Prototype quality**. Rapid prototyping isn’t always 100% accurate if you aren’t working with a trustworthy provider. Choosing a solution like NAMF ensures that your rapid prototyping efforts are high-quality and accurate to avoid this issue. - **Software abilities**. Rapid prototyping is completed using computer-aided designs and often requires extensive software capabilities to be successful. Working with NAMF ensures you have the software capabilities you need to succeed with your prototyping project. ## **How Does the Future Look?** As technology advances, so will the world of rapid prototype machining. Changes in 3D printing technologies, such as high-speed 3D printing, will promote faster prototyping and make the process even quicker than traditional prototype machining – meaning fabricators like NAMF can service you efficiently. Additionally, artificial intelligence and machine learning integrations will likely transform the future of rapid prototyping, allowing teams to access resources like generative design to create innovative products and automate the prototyping process. As sustainability becomes more important across industries, rapid prototype machining will adopt new material options like bio-compatible and sustainable materials to align with eco-conscious practices. As this change emerges, NAMF will adopt new materials to ensure your machining projects are completed accurately and sustainably. ## **Conclusion** Rapid prototype machining is an emerging solution that allows you to complete your machining projects in a fraction of the time that traditional prototyping requires. NAMF’s expertise in rapid prototype machining makes us one of the most reliable providers of machining services across industries. [**Contact NAMF**](https://www.namf.com/contact/) for your rapid prototyping needs today! [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/rapid-prototype-machining-explained/#) [Terms & Conditions.](https://namf.com/rapid-prototype-machining-explained/#) ## Custom Sheet Metal Bending # Sheet Metal Manufacturing: What Is Custom Sheet Metal Bending? June 25, 2021 ![NAMF, Custom Sheet Metal Bending](https://namf.com/wp-content/uploads/2021/06/NAMF-Custom-Sheet-Metal-Bending-1280x853-1.jpg) ## Table of Contents - [What is Custom Sheet Metal Bending?](https://namf.com/what-is-custom-sheet-metal-bending/#toc-1) - [Our Fabrication Process Starts With Forming](https://namf.com/what-is-custom-sheet-metal-bending/#toc-2) - [Next Comes The Welding And Brazing](https://namf.com/what-is-custom-sheet-metal-bending/#toc-3) - [Finally, Then Comes The Finishing Touches](https://namf.com/what-is-custom-sheet-metal-bending/#toc-4) - [Metal Fabrication Tools, Equipment, & Practices](https://namf.com/what-is-custom-sheet-metal-bending/#toc-5) - [Interesting Facts To Know About Sheet Metal Bending](https://namf.com/what-is-custom-sheet-metal-bending/#toc-6) - [Getting Onto Those Other Methods](https://namf.com/what-is-custom-sheet-metal-bending/#toc-7) - [Check Us Out](https://namf.com/what-is-custom-sheet-metal-bending/#toc-8) Did you know that [sheet metal](https://www.metalworkingworldmagazine.com/a-short-sheet-metal-history/) has appeared in the United States as early as the 1870s? Although sheet metal itself made its’ first place in history a whole century earlier in the oft flawed technique of puddling. The later Industrial Revolution then saw a large uptick in sheet metal work and the need for workers. It was in 1783 that a Swiss engineer by the name of Jean Pierre Droz perfected the whole process. Another century later, in 1857, the Bessemer converters became the first process to mass-produce steel from cast iron. And since the 1970s, it’s come down to us to serve you with the best in sheet metal fabrication and our custom process for metal bending. We will continue to satisfy your needs for quality metalworking and you can read along with us to find out why. ## **What is Custom Sheet Metal Bending?** Sheet metal bending is a common process in which a flat sheet of metal is transformed into a three-dimensional shape in ductile materials in metalworking. Custom metal bending takes it a few steps further by starting with the client first. Beginning with the design phase all the way through to the finished product, we consult you through and through to meet whatever result fits your needs. There are many different services applied throughout the [metal fabrication process](https://www.namf.com/the-metal-fabrication-process/). Depending on raw material, the finished product will differentiate from one to another. The one big quality in common being that the finished result is as unique as the client wants or needs it to be. ## **Our Fabrication Process Starts With Forming** The fabrication process begins with forming the part or material shaping, in some cases. With varying equipment, metalworking processes on forming the part can be different. And they are cutting, casting, forging, extrusion, punching, drawing, milling, drilling, and turning. Finishing up forming the part using a variety of raw materials. Custom bending on sheet metal involves either hole punching, stamping, or using a machine to form your part. Choosing several types of cutting tools, such as water jets, mechanical shearing, or lasers can be depending on the varying factors of the project. ## **Next Comes The Welding And Brazing** The assembly process comes next, which can involve either case welding or brazing to join parts. Brazing is similar [to soldering](https://www.theengineerspost.com/soldering-types-tools/#:~:text=Soldering%3A%20Types%2C%20Soldering%20Tools%2C%20Safety%20in%20Soldering%20and,of%20Soldering.%20...%207%20Applications%20of%20Soldering.%20) in many aspects as it doesn’t melt the workpiece. Meaning that it is a process of joining two pieces of sheet metal by addition of filler metal with a melting temperature below 450 Celsius. Indeed though there are some differences in terms of temperature control and gaping, both soldering and brazing use capillary action to flow into the gap. Meanwhile, welding, while it can still be quite useful, at times simply won’t do, and thats’ when brazing comes in strong with its ability to fuse two metals and giving you more to work with. ## **Finally, Then Comes The Finishing Touches** Now, here we are onto what we like to call the “finishing phase” of your custom sheet metal bending. And that finishing phase can include deburring, polishing, grinding, painting, coating, and more. One such finishing process that most are familiar with is electrical wire insulation. Extruding the process with wire rod to the desired diameter and then insulated with materials such as PVC or Teflon. Painting and drying are one the last steps when finishing up your customized product, usually with an electrostatic powder coating. And if not in use, wet paint is normally a good substitute to protect the final assembly. Truthfully, the results are usually the same and that is to please the customer with a custom product that they wanted in the first place. ## **Metal Fabrication Tools, Equipment, & Practices** There are many tools and equipment used for sheet metal production. And they can include metal press brakes, straighteners, and machines for cutting, profile bending, and punching. Utilizing those processes, with sheet metal, for roofing, car bodies, transformers, and other such applications. Along with this, metal/steel bending practices include induction bending, compression bending, point bending, as well as synchronized and hot bending. Utilized, a few of these methods can work in conjunction together. There are many methods of metal bending in this industry. Each one was just as useful as the next. ## **Interesting Facts To Know About Sheet Metal Bending** V-bending was the more common of the bending practices using a punch and die. It has three subgroups and includes bottoming and air bending, which accounts for 90 percent of bending jobs. Bottoming, known as bottom pressing or striking, then known as the practice in which the punch presses the metal sheet onto the surface of the die. Air bending, on the other hand, gets its name from the fact that the working piece has no actual physical contact with the tooling parts. Is usually done with a press brake though not in need of sided die of any kind. This last method also provides flexibility in its simplicity, meaning that it’s easy to adjust merely by applying more pressure. ## **Getting Onto Those Other Methods** Starting with coining, a method that used to be more widely known and in use before machinery gave results more results than before. The method’s name derives from coins, having to be identical to fake money. U-bending is a method oft similar to V-bending if you can believe it. Though, not as common, the punch and die is U-shaped this time and is straightforward for bending U-channels, as expected. Next is step-bending, which involves many V-bends in succession for a large radius in a workpiece. It’s basically repetitive V-bending. Utilizing roll bending in making tubes or cones in different shapes and allowed to be used in a large radius. Using one or more bends simultaneously. ## **Check Us Out** Founded in 1979, we at New Age Metal Fabricating have, since then, tried to do our very best in doing the most for you, the soon-to-be happy customer. Thank you for stopping by and please be sure to contact us by going right [this way](https://www.namf.com/contact/)! [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/what-is-custom-sheet-metal-bending/#) [Terms & Conditions.](https://namf.com/what-is-custom-sheet-metal-bending/#) ## CNC Machining Overview # High Volume CNC Machining at NAMF Explained June 28, 2021 ![NAMF, High Volume CNC Machining](https://namf.com/wp-content/uploads/2021/06/NAMF-High-Volume-CNC-Machining-1250x853-1.jpg) ## Table of Contents - [Watch and Learn](https://namf.com/high-volume-cnc-machining-at-namf-explained/#toc-1) - [One-Stop, High Volume CNC Machining](https://namf.com/high-volume-cnc-machining-at-namf-explained/#toc-2) - [The Different Types of CNC Machining](https://namf.com/high-volume-cnc-machining-at-namf-explained/#toc-3) - [Vertical and Horizontal Milling Machines](https://namf.com/high-volume-cnc-machining-at-namf-explained/#toc-4) - [Machining is our Future](https://namf.com/high-volume-cnc-machining-at-namf-explained/#toc-5) - [The Cost of Doing Business](https://namf.com/high-volume-cnc-machining-at-namf-explained/#toc-6) - [Work Time](https://namf.com/high-volume-cnc-machining-at-namf-explained/#toc-7) When you think of the machining process what comes to mind? Chances are you still imagine long assembly lines where machines do the repetitive tasks that humans did by hand back at the turn of the 20th century. Well if that’s what you imagine, then you’re way, way behind the times. The truth is the modern machining process looks almost nothing like it did just a decade ago. From long lines of giant machines performing single functions, machining is now a more modular process. It’s called CNC machining and the CNC stands for Computer Numerical Control and if you take the time to learn about it now, you’ll know where the industry is heading in the coming years. ## **Watch and Learn** Explained in layman’s terms CNC machining is the name for the process where a computer is controlling the very precise movement of factory tools and the machines those tools are shaping. it’s an amazing process to watch so let’s start with [a bit of eye candy](https://www.youtube.com/watch?v=lEyNWtM6MW4) to let you see the process. Watching the process can teach you a lot about what CNC manufacturing looks like, but in order to really understand the process, we’ll need to get into the weeds just a bit so bear with us. ## **One-Stop, High Volume CNC Machining** The self-contained nature of high volume CNC Machining is what sets it apart. All of the work is being done by one machine in one place. That saves space and time. In [our shop](https://www.namf.com/cnc-vertical-horizontal-milling-services/), that means we have room for more machines. That’s where the high volume part of the process begins to make a difference. Where machining used to involve a number of machines each doing one thing, we now have a number of machines doing all the work at the same time. And in some of the really high-end systems [like these](https://www.youtube.com/watch?v=36nTDephy2w) with full automation, it’s literally a plug and play system with the automated elements delivering individual pieces of material the process can run almost completely on its own. ## **The Different Types of CNC Machining** CNC machining takes a few forms, the most common is CNC Milling machines, these are the kind we use. We’ll get into more detail about them in a bit, but here’s an idea of [the types of precision products](https://www.namf.com/portfolio/) we can create. But there are few other types of CNC Machines worth a mention: Plasma Cutters: This uses a plasma torch to cut metals into all kinds of shapes and sizes. Hand-held plasma torches just can’t get the same kind of precision that a CNC system can manage. Electric Discharge Machines: This uses electrical current to mold metal into particular shapes. Water Jet Cutters: This method uses high-power water jets, sometimes mixed with an abrasive like sand to cut stone or any metals. This process works best with materials that literally can’t stand the heat of other kinds of mills. ## **Vertical and Horizontal Milling Machines** These are the kind we use and they are incredibly versatile and impressive machines. The difference between the two is all in the name. A vertical milling machine has a cutting tool oriented vertically, a horizontal milling machine has a cutting element with a horizontal orientation. What’s the difference? A vertical milling machine has a cutting spindle that moves up and down along the cutting service. A horizontal milling machine has a cutting spindle that’s horizontal to the ground. The advantage of a horizontal milling machine is that it can make deeper cuts and usually can use a more diverse set of cutting tools. ## **Machining is our Future** If you are familiar with machining and like to work with tools in your hand, we’re impressed and say more power to you. But if you have clients, and they have expectations and they’re waiting on some precision machining then at some point you’re going to have to go to a CNC system in order to stay competitive. Another reason why the world is moving towards CNC is that computers are quicker, they’re more precise, and they’re cheaper. Using them guarantees a better product more quickly produced, and that just makes business sense. It also keeps the people who run the machines safer. Finally, in the increasingly complex world of design, tolerances can come down to an almost microscopic level and that’s a bit more than the average human eye can deal with. And that’s another place where the computer is your friend. Computers do what you tell them but they do it the same way every time, so if standardization is a big part of your project you’re going to want to go with a CNC machining system. ## **The Cost of Doing Business** These machines aren’t cheap, we’re talking tens of thousands of dollars. That’s why it makes sense to use someone else’s milling equipment and we have plenty of [milling machines to choose from](https://www.namf.com/equipment-list/) when it comes time to get the job done. So we’ve got the tools all you have to bring is the materials and the plans. Once we have all that we’ll work with you on a CNC machining cost calculation that works within your budget and gives you the precision parts that you need. Don’t hesitate to reach out and we’ll be in touch to talk through the details and get you what you need. ## **Work Time** Now that you have a decent overview of high volume CNC machining how it works and what it’s capable of you’re in a better position to decide if these kinds of tools are the ones that are going to be right for your next project. When the time comes [we’re here for you](https://www.namf.com/contact/) and we have the tools that will work perfectly for your project no matter what it is. So [stop by and browse](https://www.namf.com/portfolio/) our products, our tools, and the large array of services we can offer you and your company. Here at New Age Metal Fabricating has been in the business for more than 40 years so we know how to do the job right. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/high-volume-cnc-machining-at-namf-explained/#) [Terms & Conditions.](https://namf.com/high-volume-cnc-machining-at-namf-explained/#) ## Aluminum Milling Service # Custom Aluminum Milling Service \| Quick Turnaround Times July 13, 2021 ![aluminum milling service](https://namf.com/wp-content/uploads/2020/05/aluminum-milling-service.jpg) ## Table of Contents - [The Benefits of Our Aluminum Milling Service](https://namf.com/custom-aluminum-milling-service/#toc-1) - [Aluminum Milling Basics](https://namf.com/custom-aluminum-milling-service/#toc-2) - [Aluminum CNC Milling Service](https://namf.com/custom-aluminum-milling-service/#toc-3) - [Benefits of CNC Milling](https://namf.com/custom-aluminum-milling-service/#toc-4) - [Offering Turnkey Solutions And Single Source Services](https://namf.com/custom-aluminum-milling-service/#toc-5) - [Find Aluminum Milling Service Near You](https://namf.com/custom-aluminum-milling-service/#toc-6) After silicon, aluminum is the [second most abundant metallic element](https://www.usgs.gov/centers/nmic/aluminum-statistics-and-information) on the earth. And, other than iron, it is the most used metal in manufacturing worldwide. If you work in an industry that relies on this product, you might assume that custom aluminum milling service requires a lot of planning and long lead times. In some instances that is the case. But with innovations in technology, many manufacturers can produce precision aluminum parts faster than other milling techniques. The information below provides some basic insights into [custom aluminum milling](https://www.namf.com/custom-aluminum-milling-service/) processes. The technique affords many benefits besides precision and efficiency. Keep reading to find out how it can help you meet your production needs. There are often times when our clients need an aluminum part and fast. Our custom aluminum milling service takes raw materials and uses [precision metal cutting](https://www.namf.com/precision-metal-cutting/) to create components. It might sound like something that requires a lot of time, but in fact, we can offer quick turnaround times any time speed is a factor. ## The Benefits of Our Aluminum Milling Service Aluminum is a popular choice for milling for many reasons. It is strong, lightweight, and resistant to corrosion, particularly useful in the aerospace and defense industries. For further protection against corrosion, anodization is an easy treatment for aluminum. Milled aluminum parts can also conduct electricity, with greater conductivity than materials like steel, iron, or titanium. It will conduct heat easily, is ideal for heat sinks, and is non-magnetic. It is no wonder aluminum milling services are used across countless industries for parts and components. Aluminum also lends itself well to milling, making our aluminum milling service efficient. It is easy to cut and shape compared to other materials, which means the entire process goes quickly and smoothly. It also means that aluminum milling is more affordable for customers than other processes, as it requires less labor and operating time. Aluminum itself is a less expensive material than others, which adds to the overall affordability of aluminum milling services. You will also find that our aluminum milling service creates accurate parts that are repeatable, thanks to the properties of aluminum and our well-honed milling skills and high-tech equipment. With extreme precision and tight tolerances, the components we create meet every one of your specifications, including production time frames. ### How We Handle Quick Turnarounds Our aluminum milling service is both fast and technologically advanced. We offer quick turnaround times without compromising on quality. Our production capacity ensures you can get the parts you need, created with some of the best equipment in the industry. With 18 vertical milling machines and two horizontal machines, we have the equipment needed to create custom components for you in no time at all. Each machine employs a robotically-controlled palletech system holding 24 pallets, meaning each machine holds 120 tools. That means a short production period, with top-notch accuracy and precision. No matter the complexity or volume of your components, our aluminum milling service ensures your parts are in your hands as soon as possible. ## **Aluminum Milling Basics** Aluminum is a popular manufacturing metal for several reasons. It is durable yet lightweight–about [⅓ the weight of steel](https://www.azom.com/article.aspx?ArticleID=1446). It also is resistant to corrosion and is an excellent electricity conductor–almost twice as good as copper, relative to its weight. Also, aluminum is very malleable, which makes it ideal for shaping and molding components. Aluminum plays a part in a wide range of industries. For the reasons listed above, it has become a popular choice for aerospace, military, medical, and industrial engineering purposes. Milling is the process of using machines to cut a workpiece. Milling machines either have a moving tabletop or an adjustable cutter. This allows it to shift the product or blades around as it removes material to achieve the desired shape. ## **Aluminum CNC Milling Service** “Computer numerical control” (CNC) milling uses computer controls to cut a precise product. Besides accuracy, it affords a much faster production rate. This is opposed to manual milling, which requires a lot of hands-on supervision. The CNC milling process starts with a computer-aided design (CAD) of the part. The design is then put into the computer software, and the aluminum is placed on a revolving chuck. The CNC machine can cut precision parts in whatever volume an end-user needs. Most CNC machines have vertical and horizontal blades that can cut at any angle. ## **Benefits of CNC Milling** Often, manual milling is a secondary or finishing step for a started workpiece. With CNC milling, you can cut the product from start to finish in a single process. The CNC aluminum milling service also allows for a level of intricacy that is not possible with manual machines. Since CNC consolidates manufacturing steps, repetition becomes much easier and output more prolific. For this reason, CNC milling is ideal for larger orders or reordering. Finally, this can translate to cost savings. Since you need less labor to operate CNC milling machines, these reduced costs result in a more affordable product. ## Offering Turnkey Solutions And Single Source Services Our custom aluminum milling service is fast and accurate, and it is just one part of our suite of services that give your company a competitive advantage. When you partner with the New Age Companies, we can help with your project from start to finish. We offer turnkey solutions for material purchasing, and are your trusted single-source supplier of precision-manufactured and [dip-brazed products](https://www.namf.com/dip-brazing-services/). Instead of having to work with multiple suppliers, you can stick with us and enjoy a single point of contact, quick turnaround, and a product ready for use when you need it. ## **Find Aluminum Milling Service Near You** Now that you have an idea of how CNC aluminum milling services can provide precision parts with a faster turn-around, find a manufacturer that can meet your business needs. For more than 40 years New Age Metal Fabricating has been offering high-standard manufacturing services. We use the most advanced techniques and technologies available today to meet each of our customer’s unique parts requirements. [Reach out to us today](https://www.namf.com/contact/) to learn more about our custom aluminum milling service and what it can do for your business. The next time you need aluminum milling services done quickly and with precision, get in touch with the New Age Companies. [Contact us online](https://www.namf.com/contact/), or call New Age Metal Fabricating at [973-227-9107](tel:973-227-9107 "Contact Us by Phone 973-227-9107") and New Age Precision Manufacturing at 631-471-4000. You can also email us at [in\*\*@\*\*mf.com](mailto:in**@**mf.com "This contact has been encoded by Anti-Spam by CleanTalk. Click to decode. To finish the decoding make sure that JavaScript is enabled in your browser.") or in\*\*@\*\*pm.com, respectively. From aluminum milling services to turnkey material purchasing and single-source supplying, we are here to help with all of your metal manufacturing and fabrication needs. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/custom-aluminum-milling-service/#) [Terms & Conditions.](https://namf.com/custom-aluminum-milling-service/#) ## Custom Steel Fabrication # The Benefits Of Custom Stainless Steel Fabrication July 22, 2021 ![custom stainless steel fabrication](https://namf.com/wp-content/uploads/2019/12/custom-stainless-steel-fabrication.png) ## Table of Contents - [1\. Sustainability](https://namf.com/custom-stainless-steel-fabrication/#toc-1) - [2\. Simplify Your Stainless Steel Fabrication Process](https://namf.com/custom-stainless-steel-fabrication/#toc-2) - [3\. Durability](https://namf.com/custom-stainless-steel-fabrication/#toc-3) - [4\. Fire Resistant](https://namf.com/custom-stainless-steel-fabrication/#toc-4) - [5\. Low Maintenance](https://namf.com/custom-stainless-steel-fabrication/#toc-5) - [Stainless Steel Fabrication Across Industries](https://namf.com/custom-stainless-steel-fabrication/#toc-7) - [Reasons to Use Stainless Steel in Aerospace Fabrications](https://namf.com/custom-stainless-steel-fabrication/#toc-8) - [Our Custom Stainless Steel Fabrication Services](https://namf.com/custom-stainless-steel-fabrication/#toc-9) - [Why Partner With New Age Metal Fabricating?](https://namf.com/custom-stainless-steel-fabrication/#toc-10) The stainless steel market is a [$111 billion](https://www.grandviewresearch.com/industry-analysis/stainless-steel-market) industry. The rising demand of consumer goods means the industry should expect a growth rate of around 6 percent from 2019 to 2020. With growing demand comes a growth in opportunity. Take a look at these 5 benefits of the stainless steel fabrication process. ## 1\. Sustainability More than half of stainless steel comes from scraps that were previously melted. This has a large environmental impact that can help companies improve their brand image. ESG, or [Environmental Social and Governance](https://www.cnbc.com/2020/06/07/sustainable-investing-is-set-to-surge-in-the-wake-of-the-coronavirus-pandemic.html), investing is on the rise. Investors want to know the companies they invest in have strong ethics in place that apply to the environment and social issues. Using stainless steel is one way to open up your opportunities to reuse materials and reduce waste. ## 2\. Simplify Your Stainless Steel Fabrication Process The stainless steel fabrication process is simple when you’re working with an experienced vendor with the right technology in place. Outdated equipment is one of the top reasons the process becomes challenging. Simplify your stainless steel fabrication process with options of [laser cutting](https://www.namf.com/stainless-steel-laser-cutting-services/), welding or other customization of your output. ## 3\. Durability It’s no secret that stainless steel is one of the more durable materials used for consumer products. With challenges to practices like planned obsolescence, your use of stainless steel offers an option to use products beyond their average shelf life. Stainless steel is also resistant to corrosion. Because it contains Chromium, stainless steel can usually withstand a wider range of environments than other metals. You’ll need the right amount of alloy to ensure your stainless steel can withstand different settings. For example, if you plan to use your stainless steel around acidic solutions, a higher grade alloy will be needed. Alloys are a type of blended metal that is used to improve mechanical and chemical properties. Adding an alloy can do things like increase hardness, strength, or corrosion resistance depending on where its used. ## 4\. Fire Resistant A major reason for the longevity of stainless steel is that it’s heat-resistant. This is a major safety bonus in environments that store flammable materials. Your fire and heat-resistant stainless steel allows dangerous substances to remain temperature controlled. You’ll notice stainless steel in boiler rooms, on valves and other pieces of equipment that rely on heat exchange. Expect safer equipment with stainless-steel containers and machinery. ## 5\. Low Maintenance A key benefit to the custom stainless-steel fabrication process is that it doesn’t require a lot of maintenance. In many situations, there’s no maintenance involved at all with stainless steel. This increases its long term value because you can direct your resources towards improving other areas of your machinery. The cost savings with a no-maintenance product is hard to beat for any business looking for new ways to increase its bottom line. ## ![custom stainless steel roll](https://namf.com/wp-content/uploads/2019/12/Custom-stainless-steel-rolls-1024x682.jpg) ## Stainless Steel Fabrication Across Industries Custom stainless steel fabrication is on the rise, reaching into just about every industry. Here are just a few: - _Automotive Industry_. From large components that make up automobile bodies to the intricate engine parts, NAMF has got you covered. - _Construction Applications_. How will your beams stay in place without steel brackets, building, and support frames? We do it all. - _Aerospace Industry_. Because we are [NADCAP](https://certifications.thomasnet.com/certifications/glossary/quality-certifications/nadcap/nadcap/) and [NAVSEA](https://www.navsea.navy.mil/)-certified, the aerospace industry has been working with us for all precision custom sheet metal fabrication. From cylinder blocks, engine cowling, satellites, frames and more, if you need precision, that’s what we do. - _Food Services_. Stainless steel is the go-to metal for all food services products. From kitchen racks to processing equipment, metal carts and food storage, steel fabrication is best where health and safety are concerned. - _Electronics_. Where would printers, computers and communication equipment be without all the high-tech components that go into them? - Consumer Products & Manufacturing Industry. Just think roofing materials, refrigerators, hand tools, cutlery, canopies, awnings, and so much more. If you need it, we will create it for you. ## **Reasons to Use Stainless Steel in Aerospace Fabrications** Stainless-steel fabrication is increasing in popularity and use in the aerospace industry. It’s currently a $111 billion industry and continues to increase in demand. When it comes to manufacturing different types of fabrications for the aerospace industry, there’s a long list of reasons stainless steel can produce better products. ### **Durability** Stainless steel is one of the most durable materials in the world, which is why it produces reliable, sturdy, and long-lasting fabrications. This allows the product you make to have a longer lifespan than your competitor’s products. This can increase its value and allow customers to remain loyal to your brand if they discover your products hold up better over time without suffering from premature wear and tear. The durability of stainless steel also allows it to resist moisture, which prevents corrosion and rust from developing. The chromium it contains makes it capable of holding up better in different types of climates year-round. This allows stainless-steel fabrications to appeal to a larger audience instead of consumers in a specific region. The alloy it contains also makes it hold up better in acidic environments. The stainless steel is a lot harder and stronger when it contains more alloy. Additionally, the durability of the material can contribute to its performance on aerospace products and equipment. ### **Save Space** Stainless-steel baskets that aerospace companies use are known to free up a lot of floor space in factories. The baskets can be designed to be stackable when they’re not in use. They can even be stacked vertically. The baskets can also be custom-made for multiple processes, and carts can be made to carry multiple baskets. This can add more value to the factory and increase the efficiency of the setting. ### **Low-Maintenance** [Stainless steel](https://www.namf.com/metal-fabrication-services/) doesn’t require a lot of maintenance or upkeep, which makes it convenient to use and own. In most cases, it rarely needs any maintenance, which contributes to its long-term value. It also allows you to save a lot more money. ### **Fire-Resistance** One of the main reasons that stainless-steel lasts much longer than most materials is because it’s resistant to fire and won’t become damaged if it’s exposed to high temperatures. This allows it to appeal to consumers that are looking for a fabrication they’ll store in a setting where flammable products are present. Consumers can have the freedom of storing it in a boiler room and on valves where a lot of heat exchange occurs. This makes it easier to have peace of mind knowing the equipment that is in place is safer when stainless steel containers are present. Understanding the many benefits that come with relying on stainless steel to manufacture different types of fabrications can allow you to have confidence in the products you’re making and selling in the aerospace industry. You can encounter fewer issues and stand behind the quality of the products you offer to your customers. To get started, [contact us](https://www.namf.com/contact/) today. ## Our Custom Stainless Steel Fabrication Services New Age Metal Fabricating got its start in 1979 in Fairfield, New Jersey. Since then, we have been a leader in the custom steel fabrication field. Bring us any challenge and we will solve it for you. Our team always works to the highest standards. Many of our jobs come from the Defense and Aerospace industries. As with everything we do, here there is no room for mistakes. Today’s designs are intricate, to say the least, and we have consistently exceeded the expectations of all those we serve. That has made us one of the nations’ most respected full-service custom stainless steel fabrication experts. ### Our Fabrication Process Whatever type of job you need, whatever challenges have yet to be met to take your business to its next level, New Age Metal Fabricating offers full in-house services, including the following: - Our use of a TruLaser 2030 4 kW Fiber-optic laser means that we can cut through 5052, 6061 aluminum alloys, copper, brass, and stainless steel. - Both our Fairfield NJ and Ronkonkoma NY facilities operate Amada CNC punch presses. We can accommodate sheet sizes up to 50 x 78. - At each of our facilities are four CNC press brakes. This is how we can form wide ranges of angles and radii in aluminum, copper, brass, and stainless steel. - Welding is a critical part of each operation. Our welders in both our facilities are certified to weld to AWS 17.1 and AWS D1.2. - We also offer chemical conversion coating, as NAMF is a NADCAP-approved plater to Mil-Spec Mil DTL 5541. We also offer Type I, classes 1A and 3, and Type II, classes 1A and 3. - We have in-house capabilities for wet paint and electrostatic powder coating. We finish parts to all Mil-Specs and can meet the requirements of Chemical Agent Resistant Coating (CARC). ## Why Partner With New Age Metal Fabricating? We are the best. You won’t need subcontractors because we are a full-service facility with state-of-the-art technology you won’t find elsewhere. Just look at the advantages we offer to you: - We offer complete solutions for all of your purchasing needs, and we do turnkey if necessary. - We are a single-source supplier of precision-manufactured and dip-brazed products. - We control every process every step of the way. - You will have one point of contact from start to finish. - Who needs multiple suppliers when NAMF can save you time and money. - All our finished products will be ready for immediate introduction into your product line – anything from dip brazing to [custom chassis fabrication](https://www.namf.com/custom-chassis-fabrication/). We are the leader in the custom stainless steel fabrication process. From first design prototypes to the final product, we do it all in-house, adhering to the highest quality and standards you will find. Browse our website, see what we can do for your business, then contact us. We look forward to working with you wherever you are, as we provide our services, including custom stainless steel fabrication, nationwide and for international clients. Whether you know what you need right now or are seeking ideas or help in the design department, New Age Metal Fabricating won’t let you down. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/custom-stainless-steel-fabrication/#) [Terms & Conditions.](https://namf.com/custom-stainless-steel-fabrication/#) ## Metal Machining Services # Metal Machining Services For The Defense and Aerospace Industries August 12, 2021 ![metal machining services](https://namf.com/wp-content/uploads/2019/03/metal-machining-services.jpg) ## Table of Contents - [Methodology](https://namf.com/metal-machining-services/#toc-1) - [Location](https://namf.com/metal-machining-services/#toc-2) - [Tools](https://namf.com/metal-machining-services/#toc-3) - [Our Metal Machining Services](https://namf.com/metal-machining-services/#toc-4) - [Leaders In Defense And Aerospace Metal Machining Services](https://namf.com/metal-machining-services/#toc-5) When it comes to the defense and [aerospace industries](https://www.predictiveanalyticstoday.com/what-is-aerospace-and-defense-industry-top-software-in-aerospace-and-defense-industry/#:~:text=The%20Aerospace%20and%20Defense%20Industry%20%28A%26D%29%20comprises%20of,as%20well%20as%20landing%20gears%2C%20propellers%2C%20and%20rotors.) you need the best materials to meet high specifications. These materials could be used all over the world for a variety of products and projects. So they need to stand up to the test. Looking specifically at metal machining services it’s a good idea to know the best practices for machining. This could include laser cutting, welding, and metal forming. This can get confusing since so many things make up “metal machining services”. There are several things that go into having the best practices for machining. To learn about all the best practices for top quality and high precision, keep reading! ## **Methodology** As with anything, there are many methods to procuring the best product. But one of the most important when it comes to metal machining is protecting the cut edges. Depending on the type of metal material, it can be protectively coated to prevent rust and corrosion. Cutting into a piece will obviously expose uncoated portions of the metal. The edges are important to the structural integrity of the material and if they become damaged due to exposure and develop rust it can be a huge problem. But how do you stop the edges from being exposed when you cut? “Wiping” the edges with a [chemical conversion coating](https://www.namf.com/chemical-film-coating-services/) will prevent problems. ## **Location** The methodology being important likely seems obvious to you. But location can be equally important. When you cut metal, debris particles from the steel will fly out. These can cause permanent staining on other materials. This is why it is best to pre-cut your pieces away from other materials. It is also a good idea to have a plan in place for catching the steel debris so it can be properly disposed of. ## **Tools** Just like with methodology, a lot of keeping the materials in good condition and rust-free has to do with the tools you use. Things like saws or other abrasive equipment are almost never a good idea. For one, it will put far more of that steel debris that we mentioned earlier into the air. Additionally, these types of tools tend to leave rough and uneven edges that can be difficult to properly protect after cutting. Instead, tools specially designed to prevent edge rusting are usually the best for these kinds of jobs. This can include things like nibblers, electric sheers, skills saws, and aviation snips. With the aerospace and defense industries, precise metal fabrication is in high demand as the reliable performance and safety of machinery depends on high-quality manufacturing. It’s important that manufacturers control the quality of parts each step of the way in the manufacturing process. The metal fabrication process for defense and military parts are becoming more and more rigorous. There are certain requirements for special approvals and certifications. Manufacturers must also be able to conform to particular military specifications ( [Mil-Specs](https://en.wikipedia.org/wiki/United_States_Military_Standard)). A well-qualified engineering team can perform to these standards by providing metal machining services that produce quality parts for the aerospace and defense industries. ## Our Metal Machining Services New Age Metal Fabricating (NAMF) and New Age Precision Manufacturing (NAPM) offer a wide variety of metal machining services that can benefit many industries, including the aerospace and defense industries. ### **Laser Cutting** Laser cutting is a process that involves cutting various materials into different shapes and sizes with the use of a laser beam. As the defense and aerospace industries are constantly looking for ways to cut costs, yet maintain safety and quality, laser cutting delivers a more cost-effective method. Laser cutting reduces the waste of material and time. For defense and aerospace equipment and technology, maintenance can be done and parts can be replaced at low costs. The level of precision laser cutting produces makes it a viable machining solution for the defense and aerospace industries. With a [laser metal cutting service](https://www.namf.com/laser-metal-cutting-service/), parts and components can be produced with a high level of accuracy ### **Sheet Metal Punching** With sheet metal punching, heavy machinery is used to create holes and indents in a piece of metal. Like laser cutting, metal punching can create precise shapes. As the process creates custom hole shapes, also known as “nibbling”, very small holes are created one at a time. These custom holes can create customized shapes to fit specific needs. In some cases, laser cutting may be a better option because it places less physical stress on a workpiece. However, because lasers do not use physical force, they cannot reliably shape metal in the same way sheet metal punching can. ### **Metal Forming** Metal forming involves reshaping metal while still in its solid state. The plasticity of some metals allows them to be molded and shaped into the desired form. This is accomplished without melting the metal, which eliminates potential difficulties in handling molten metal and maintaining the integrity of the workpiece. Depending on the type of metal, certain temperatures are applied to soften the metal and make it easier to work with. Metal forming operations can be hot, cold, or warm. Temperatures used in these processes vary from metal to metal. Metal forming is used to create a variety of products including tubes, wires, pipes, metal sheets, and more. ### **Welding** One of the oldest metalworking processes, welding is still in use today. Welding is a metal fabrication process that joins metals and other materials using high heat to melt the parts together. During the cooling process, the parts fuse and become one piece. When done by highly-skilled craftspeople or on state-of-the-art automated machinery, welding can produce high-quality parts that meet the strict standards of the aerospace and defense industries. As these industries require high volumes of equipment and technology, automated seam welding can be a viable option. This form of welding is performed on an automated welding machine. This process can produce high-quality joins at high volumes. ### Chemical Conversion Coating [Chemical film coating](https://www.namf.com/chemical-film-coating-services/) involves the application of the chemical chromate to metal surfaces. This is done to protect equipment and technology from corrosion. It also increases the durability of parts. Chemical conversion coating is a very essential step in the manufacturing process of aerospace and defense equipment. The military specification MIL-DTL-5541 requires that metal parts have protective coatings by chemical reaction with aluminum and aluminum alloy. The scope of this military standard depends on the type of metal used, which determines the thickness of the coating. ### **Painting** Metal finishing services like painting are often the last step of the manufacturing process, yet it is sometimes just as involved as the other steps. At NAMF, we have in-house capabilities for wet paint and electrostatic powder coating. Our metal finishing services finish parts that meet all Mil-Specs and the requirements of Chemical Agent Resistant Coating ( [CARC](https://www.coxreels.com/why-carc-paint_397_1_b_31.htm)). ## Leaders In Defense And Aerospace Metal Machining Services At NAMF and NAPM, we control every step of the manufacturing process. You can count on our talented team of engineers and welders to produce your aerospace and defense equipment without needing to go to another company to finish manufacturing. We have almost every certification to service government, military, defense, and aerospace industries. We are also an approved vendor for special processes for most of the major defense and aerospace companies. Do you want quality parts delivered on time at the lowest possible cost? Contact us today. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/metal-machining-services/#) [Terms & Conditions.](https://namf.com/metal-machining-services/#) ## Aluminum Dip Brazing Services # Top Of The Line Aluminum Dip Brazing Services August 18, 2021 ![Aluminum Dip Brazing](https://namf.com/wp-content/uploads/2018/07/NAMF_30B.png) ## Table of Contents - [What is Aluminum Dip Brazing?](https://namf.com/top-of-the-line-aluminum-dip-brazing-services/#toc-1) - [What is the Process of Aluminum Dip Brazing?](https://namf.com/top-of-the-line-aluminum-dip-brazing-services/#toc-2) - [Benefits of Aluminum Dip Brazing](https://namf.com/top-of-the-line-aluminum-dip-brazing-services/#toc-3) - [Metal Fabrication Services For You](https://namf.com/top-of-the-line-aluminum-dip-brazing-services/#toc-4) - [Why Choose NAMF?](https://namf.com/top-of-the-line-aluminum-dip-brazing-services/#toc-5) Are you trying to decide between welding vs. dip brazing? Unsure which is better and stronger? Many people end up with the same questions, not to worry you’re not alone. When you need to join multiple parts together, you need the best option. You also need a bond that is going to be strong. This guide will help you to understand the aluminum dip brazing [process](https://www.thomasnet.com/insights/key-factors-to-consider-before-beginning-the-dip-brazing-process/) and its benefits. The need to bind two or more parts and pieces together in order to create custom products is more common than you might think. One of the main concerns when joining two parts together is making sure the bond is as strong as the base materials. Aluminum dip brazing is a versatile and economical solution to the need for binding two different parts together to make one cohesive product. Let’s take an in-depth look at aluminum dip brazing and how it can meet your [custom metal fabrication](https://www.namf.com/metal-fabrication-services/) needs. ## What is Aluminum Dip Brazing? Aluminum dip brazing is quite a popular, clean and inexpensive option when you compare it to others. It is the process of bonding two or more parts together with a filler metal. The filler metal forms a strong bond in all the joined areas, which are sometimes stronger than the base materials. Dip brazing is a four-step method. The first is to thoroughly clean the materials that are going to need brazing. This will allow the filler metal to maximize the attachment. For the second step, all the parts are placed in the final positions. Then you place the filler metal near the joints. Doing this ensures you get the ultimate coverage. Then the third step is the entire piece is placed into a preheated furnace. It includes all the base materials and the filler metal. Doing this allows for a uniform temperature over the entire piece. For the last step, you place the whole piece into a salt bath flux for less than two minutes. The time varies for different materials and physical properties. This ensures that the flux surrounds the materials at the same time, which then joins them uniformly. The final product is set aside to cool. The bonds will be cohesive, clean, and will be very strong. Once it has been fully set, it is then ready for use. This method is used across many different industries in the fabrication of parts, products, and special equipment. Often times, pieces and parts need to specially made from two or more standard parts. Aluminum dip brazing allows for the creation of either just a one-time specialized piece of equipment or a new custom-made part for the manufacturing of a brand new product. ## What is the Process of Aluminum Dip Brazing? The method of aluminum dip brazing is a [four-step process](https://patents.google.com/patent/US4224086A/en). The first step in the process of aluminum dip brazing is to thoroughly, clean the parts that are to be brazed. This step consists of a deep chemical cleaning to remove all dirt and debris from the manufacturing process. Cleaning is necessary in order to achieve maximum adhesion by the filler metal. In the second step, the parts are assembled into their final position. The filler metal is then placed as close to the joints as possible, which ensures maximum coverage. The third step consists of placing the entire assembly with the filler metal in place into a preheated air furnace to achieve a uniform temperature across the assembly. In the fourth step of the aluminum dip brazing process, the entire assembly is placed in a salt bath which is actually aluminum brazing flux. This step typically takes less than two minutes. The exact amount of time needed varies between different materials and is dependent on the physical properties of the base parts. As the flux surrounds the assembly it comes in contact with all of the internal and external surfaces at the same time. This joins all of the pieces together uniformly. The final product will need time to cool and set before it is ready for use. Once set, the bonds are clean, cohesive, and high strength. ## Benefits of Aluminum Dip Brazing Aluminum dip brazing offers more benefits than other processes. It is financially a better choice as it has lower tooling, assembly, and material costs. It is also a faster process that lowers labor costs. This is an economical method with lower material, tooling, and assembly costs. Aluminum dip brazing offers EMI shielding, complete coverage, and improved conductivity. With dip brazing, the finished result doesn’t need extra finishing, unlike other bonding processes. Even if different materials need joining, the end product keeps the integrity of your structure and adds strength. A brazed joint has a smoother appearance and is stronger, unlike a welded joint. Appearance is an important factor, due to customers looking for a more appealing look. A brazed joint also doesn’t need any of the finishing touches a welded joint needs, this makes it look neater and more uniform. Aluminum dip brazing can be produced in batches if necessary. The resulting joint is clean and does not require secondary finishing as compared to other bonding methods. Even if the parts are made of different materials, the heat and stress is uniform, resulting in a product with a great deal of strength while keeping the structural integrity of the part. ### Common Industries and Situations Aluminum dip brazing is ideal for a variety of situations. These include parts which need clean joints, bonds between metals and non-metals, parts made of different thicknesses, bonds required over large surface areas, and parts that have finishes which must be preserved. A variety of industries use aluminum dip brazing in order to engineer and produce the highest quality products to meet consumer needs. Common industries include military, medical, aerospace, energy, and electronics. This method may be used to fabricate a part needed to finish a product or as a finished product itself. Consumers expect products made of the highest quality and to the safest standards. Aluminum dip brazing produces strong bonds between base parts which means strong parts and products to meet consumer needs. ## **Metal Fabrication Services For You** Aluminum dip brazing is often the ideal option for many situations. Some of the situations include bonding metals together, clean joints, bonds over large surface areas, and finishes that need preserving. We can help you no matter what metal services you need. Whether you’re looking for laser cutting, welding, punching, coating, or painting. Have a look at our blog to see how we can help you. ## Why Choose NAMF? New Age Metal Fabrication (NAMF) is the leader in fabrication. Using cutting edge technology, our experts provide precision products to your exact specifications. Not sure exactly what you need? That’s okay, let our experts help make your vision a reality. Contact NAMF today for more information on our fabrication services including our second to none aluminum dip brazing service. [Contact us](https://www.namf.com/about-us/) to help you get started. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/top-of-the-line-aluminum-dip-brazing-services/#) [Terms & Conditions.](https://namf.com/top-of-the-line-aluminum-dip-brazing-services/#) ## Sheet Metal Techniques # Common Sheet Metal Fabrication Techniques September 24, 2021 ![NAMF, Sheet Metal Fabrication](https://namf.com/wp-content/uploads/2021/09/NAMF_Sheet-Metal-Fabrication-1080x679-1.jpg) ## Table of Contents - [Sheet Metal Fabrication Is The Backbone Of Our Most Important Industries](https://namf.com/common-sheet-metal-fabrication-techniques/#toc-1) - [What Is Sheet Metal Fabrication?](https://namf.com/common-sheet-metal-fabrication-techniques/#toc-2) - [Trust New Age Companies for All Your Metal Fabrication Needs](https://namf.com/common-sheet-metal-fabrication-techniques/#toc-3) ## Sheet Metal Fabrication Is The Backbone Of Our Most Important Industries The defense and aerospace industries would not be able to exist without it. Sheet metal fabrication is a detailed and multifaceted process. Bending, shaping, and manipulating tons of metal is no easy task. It involves multiple steps and processes to produce reliable, high-quality products. Fortunately, our sheet metal fabricators are well versed in a wide range of processes and techniques. At New Age Metal Fabricating, we employ these techniques to create durable and reliable world-class products. Now, we want to share those techniques with you. In this guide, we’ll go over common sheet metal fabrication techniques and what they are designed to achieve. By the end, you’ll have a better understanding of popular industry techniques and their application. ## What Is Sheet Metal Fabrication? Sheet metal fabrication is the process of creating customized metal products. Fabricators design these products for use in various sectors across the market. This process relies on various sheet metal fabrication techniques. It may include bending and shaping metal into a specific design. It may also involve cutting the metal into precise shapes. There are many different techniques used for sheet metal cutting including laser cutting, plasma cutting, water jetting, and punching. Sheet metal may also go through shrinking and stretching processes until it is the exact size that manufacturers need it to be. Once the product is ready, it goes through a finishing process. Fabricators use various finishes to make the metal more functional and durable. Now, let’s break down each of these metal fabrication techniques. ### **Cutting** Cutting is the beginning of almost every sheet metal fabrication process. As the name suggests, cutting involves cutting down the sheet metal to shape it or remove unwanted sections. There are many different methods of cutting, each with its own benefits and drawbacks. ### Machine Cutting Laser cutting is one popular method. In this method, a laser beam cuts the metal into its desired shapes. Laser cutting removes unwanted material and creates extremely clean, precise cuts. Plasma cutting is a similar process. With plasma cutting, a torch directs high-voltage electricity and gas onto the metal, which cuts off unwanted material. This method works on conductive metals like stainless steel, aluminum, and titanium. Water jet cutting is another way to [design and shape sheet metal](https://www.namf.com/gallery/). In this method, a CNC machine fires an extremely high-powered jet of water onto the metal to cut it. The pressurized water is typically mixed with an abrasive material to assist with the cutting process. Punching is another cutting process. With punching, the metal is laid out over a die that has a cutout in the desired shape. A machine applies a massive shearing force to the metal to punch it down into the intended shape and remove unwanted material. All of these methods are typically controlled by [a CNC machine](https://www.namf.com/high-volume-cnc-machining-at-namf-explained/). CNC machines use sheet metal fabrication software to cut and move material as programmed. They deliver extremely precise and exact results. ### Hand Cutting There are also several hand-cutting methods. Shearing is one method that uses two offset blades. Fabricators bring the top blade down onto the surface of the sheet metal, which pushes it down on the bottom blade. The process is not dissimilar to cutting paper with scissors. Sawing is another method. In this one, fabricators use circular saws or band saws to cut metal sheets, similar to how you might cut wood with them. This process is used primarily for metal that is too thick to cut by other methods. Cuts are often refined with other, finer tools after they are made. ### **Bending** [Bending the sheet metal](https://www.namf.com/what-is-custom-sheet-metal-bending/) is typically the next step in the fabrication process after cutting. The metal is bent into the desired shape by one of two methods. The first is form bending. In this approach, fabricators bend the metal manually with hammers and shaping dollys. They bend the sheet metal over an edge or mold and hammer it into the desired shape. Using a metal brake is another method that delivers clean and precise bends. In this process, fabricators clamp one end of the sheet metal in place. They place the other end inside a gate. The gate lifts the portion of metal inside it, while the clamped side stays in place. This creates the desired bends in the metal. This piece of sheet metal fabrication technology is much more exact than form bending and is more suitable for use on large projects. ### **Shrinking** Shrinking sheet metal reduces it down to its desired size. This process is also achieved through several different methods. One simple technique is referred to as tucking. In this method, a fabricator forces the metal together between a crevice or folds it over at the edges. Then, they pound the metal down so that it maintains its smaller size. Some fabricators elect to use a shrinker. The textured jaws of a shrinker grip the sheet metal from the top and bottom. They pull the lever and the sheet metal is tightly forced together. This method is more precise than tucking. It can be applied to particular areas of the metal and provides a more exact shrinking method. Heat shrinking is another option. In this method, one heats an area of metal with a blowtorch or other device until it’s red hot. As the metal cools, it shrinks. This method can be applied to entire sheets of metal. You can also apply a shrinking disc to an angle grinder. These discs use friction to generate heat as they rotate. ### **Stretching** Stretching is the opposite of shrinking. It is the process of stretching sheet metal out until it reaches the desired shape and thickness. The simplest way to stretch sheet metal is by using a hammer and dolly. Fabricators place an object behind the metal and hit the other side with a hammer. This forces the metal to compress and stretch out around the object. Fabricators can also use a stretcher to achieve the desired result. This machine is similar to a shrinker. You place the sheet metal between two flat-textured jaws and the machine slowly pulls it apart. Another tool that stretches out metal is the English wheel. This technique uses wheels that roll back and forth over flat metal to compress it and stretch it out. ### **Blanking** Blanking is another [steel fabrication process](https://www.youtube.com/watch?v=Rn31IEOKgQ8). In this technique, fabricators create a flat, geometric shape or blank. They feed a coil of sheet metal into a large press and die. A machine applies a massive shearing force to punch the blank out of the metal. Blanking is a process that is fundamentally similar to punching. The key difference is that punching removes unwanted material and leaves the metal sheet. With blanking, the pieces that are removed are the desired product. Steel blanking is an economical process that allows you to produce more with less. The pieces that result from this process are customized to fit specific needs. It also reduces waste by nesting parts as closely together as they can be. This leaves as little metal behind on the scrap sheet as possible. ### **Stamping** Stamping is another process that is similar to blanking and punching. Fabricators feed sheet metal into a press where a stamping tool presses it into its desired shape. The stamp, or die, is pressed through the metal with enormous force. This force pushes the metal down into a mold. The combination of the mold and the die gives the metal its intended shape. The difference between stamping and blanking is the specificity of the metal mold. With stamping, the sheet metal is pressed directly into its final shape. Blanking on the other hand creates small, flat blanks that often go through further shaping before they are complete. ### **Welding** Welding is the process of fastening different pieces of metal together. After sheet metal has gone through all its required cutting and shaping, it often needs to be welded to other components to create the final product. There are a few different welding methods that are considered industry standards. MIG welding is the most commonly used method. A filler wire typically made of copper is fed through the tip of a MIG gun. The wire conducts high-voltage electricity that heats the metal up quickly and melts the two pieces together. To protect the weld joint from contamination, the MIG gun also emits a shielding gas. TIG welding is another popular method. With TIG welding, welders use a torch that contains a non-consumable electrode. This electrode creates a small and precise electric arc that melts the base metal. Welders add filler rods to the pool of molten metal to join the parts together. Oxy-acetylene welding is another, older method. Tanks of oxygen and acetylene create a controlled flame at the end of a torch. This is typically what people picture when they think of welding. Welders use this controlled flame to heat the two pieces of metal. During heating, welders add a filler rod that joins the two pieces together. Oxy-acetylene welds are often smoothed out with hammers and dollys. This allows the weld joint to lie as flat as possible. ### **Finishing** The final phase in the sheet metal fabrication process is adding finishing to the metal. There are many different finishes to choose from, each with its own benefits and disadvantages. One popular sheet metal finish is metal plating. Fabricators achieve this process with a machine that uses a chemical bath with an electric current and cathode to alter the surface of the sheet metal. This creates an outer coating of copper, nickel, chromium, or other metal. This outer coating inhibits corrosion, adds durability, and enhances the final product’s appearance. Buff polishing is another technique that adds a smooth finish to the final product. Fabricators create this finish using a machine with a cloth wheel to buff and polish the metal’s surface. This technique is most commonly used for products that need to be smooth or lustrous. [Powder coating](https://www.wikihow.com/Powder-Coat) is another popular finishing process. Powder coating involves melting dry plastic powder onto the metal surface. This produces a glossy or textured look. Powder coating produces an extremely durable metal. It is most often used when creating parts for high-powered machinery or military application. Where powder coating gives metal a glossy texture, sandblasting produces a matte one. With sandblasting, fabricators used a specialized machine that forces sand or other abrasives into the sheet metal at high speed. This process sands the metal down and creates a very smooth texture. This is ideal for machine parts that need to slide against each other without catching. ## **Trust New Age Companies for All Your Metal Fabrication Needs** The techniques that we’ve covered in this article are the most popular sheet metal fabrication methods in the industry today. But this is far from an exhaustive list. Companies like New Age Metal Fabricating are always innovating and creating new techniques to improve their products. It’s no secret as to why we are one of the leading full-service metal fabricators in the aerospace and defense industries. Our founding principles drive us to manufacture to only the highest standards. We are a build-to-print manufacturer, which means that we employ the most advanced and cutting-edge manufacturing techniques to meet our clients’ unique needs. If you want your engineering and design dreams turned into a reality, [contact us](https://www.namf.com/contact/) today. We provide our customers with complete metal fabrication solutions and only the best quality experience. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/common-sheet-metal-fabrication-techniques/#) [Terms & Conditions.](https://namf.com/common-sheet-metal-fabrication-techniques/#) ## Aerospace Manufacturing Processes # Popular Processes in Aerospace Manufacturing November 6, 2021 ![NAMF, aerospace manufacturing](https://namf.com/wp-content/uploads/2021/11/popular-processes-in-aerospace-manufacturing-1280x854-1.jpg) ## Table of Contents - [The Aerospace Manufacturing Supply Chain](https://namf.com/popular-processes-in-aerospace-manufacturing/#toc-1) - [Using Advanced and Innovative Materials](https://namf.com/popular-processes-in-aerospace-manufacturing/#toc-2) - [Additive Manufacturing](https://namf.com/popular-processes-in-aerospace-manufacturing/#toc-3) - [Cognitive Manufacturing](https://namf.com/popular-processes-in-aerospace-manufacturing/#toc-4) - [Automation Processes](https://namf.com/popular-processes-in-aerospace-manufacturing/#toc-5) - [Integration of AI in Aerospace Manufacturing](https://namf.com/popular-processes-in-aerospace-manufacturing/#toc-6) - [Increase in Protective Measures](https://namf.com/popular-processes-in-aerospace-manufacturing/#toc-7) - [The Future of Aerospace Manufacturing](https://namf.com/popular-processes-in-aerospace-manufacturing/#toc-8) The aerospace industry is a constantly evolving sector, and having gone through periods of uncertainty in the past, several processes have become notable over the years. Aerospace manufacturing is an industry that focuses on manufacturing aerospace components for missiles, spacecraft, and more. Many of the techniques used can be similar to other manufacturing processes, but the main difference lies in the quality [standards](https://as9100store.com/aerospace-standards-explained/) and administrative supervision. To become a part of aerospace manufacturing, companies like NAMF undergo stringent quality regulations while having multiple certifications and registrations. Many popular [aerospace manufacturing](https://www.namf.com/defense-aerospace-full-service-manufacturing/) processes have evolved to adapt to the latest technology and tools. ## **The** **Aerospace Manufacturing** **Supply Chain** Aerospace requirements are complex, and thus, require diverse suppliers and manufacturers to adapt and fulfill their needs. It can take considerable time from acquiring raw materials that are superior in quality to ensuring that the perfect design and technology are being utilized for the final product. The supply chain must be well planned to ensure that there are no delays. When discussing aerospace manufacturing, having reliable and constant raw materials is crucial to producing high-quality machines. There also needs to be plenty of skilled workforces to ensure no disruptions occur when there is an increase in demand for specific aerospace manufacturing processes. ## **Using Advanced and Innovative Materials** As the industry is continually evolving due to new technology becoming available, many suppliers are also constantly on the hunt to find lighter and stronger raw materials and alloys to construct aerospace equipment. Aluminum has now been replaced by alloys and composite materials like titanium, graphite, ceramics, and more. These new alloys and composite materials are stronger and more resistant to extreme conditions and other elements. Many companies and businesses are also looking toward adding an element of eco-friendliness in their manufacturing processes. It is being done by introducing recyclable materials or processes that have the inclusion of biomass-derived materials. ## **Additive Manufacturing** Commonly known as 3D printing, additive manufacturing has widely practical uses in many industries, especially aerospace manufacturing. It has traditionally been used to manufacture non-essential plastic components, but recent advances in the 3D printing industry have made other uses possible. Metal printing is now possible through additive manufacturing and has led to easier processes for the aerospace industry. It has enabled greater ease in manufacturing replacement parts for equipment and aerospace components, even for models that are no longer being mass-manufactured. It is a convenient option for many manufacturers and can ensure no stoppages in the supply chain, especially when it comes to constructing challenging components. ## **Cognitive Manufacturing** Manufacturing and design in the aerospace industry have long production cycle times, so many finished products are not ready before half a year or a year at least. Cognitive manufacturing utilizes the industrial Internet of Things and advanced analytics to optimize manufacturing processes that might not have previously been possible. Smart manufacturing is becoming increasingly popular, and not just for the aerospace industry. It can help companies improve various aspects like productivity, product quality, and safety while simultaneously reducing the production cycle time and lowering costs. As such, they are utilizing this process in aerospace manufacturing has many advantages with little to no harmful effects. When looking to utilize this type of manufacturing, thorough research and due diligence should be conducted to ensure that data and other sensitive information are not leaked by accident. ## **Automation Processes** There is an immense amount of labor involved when it comes to aerospace manufacturing. Automation is essential to ensure lower labor costs across the production chain while retaining the same quality and expertise. While many companies have not widely adopted the usage of automation, it is expected to become a normalized and highly valued process for the aerospace industry in the future. Automation can also lead to increased productivity and enhance the performance of human workers in the long term. Instead of replacing humans throughout the supply chain, automation can make specific processes more straightforward and quicker. ## **Integration of AI in** **Aerospace Manufacturing** While still new to the industry, artificial intelligence is expected to make big waves in the aerospace industry along with machine learning. It can make changes across the entire manufacturing line and shorten production cycles considerably. Due to the integration of additive manufacturing, now large loads of data are expected to be transferred across servers and other devices. It also involves the use of complicated algorithms. To make these processes simpler, artificial intelligence can be used. It can also help in natural language processing, decision-making and generate new insights and reports. It can also help find potential flaws and other anomalies in the production cycle and suggest ways to improve it. AI can be tailored to fit the aerospace industry’s quality checks and processes thoroughly. ## **Increase in Protective Measures** Ensuring safety and quality throughout manufacturing is essential today more than ever. In light of recent accidents and malfunctions, aerospace quality standards have become more stringent than ever. New technologies are constantly being reviewed to make the finished products stronger and safer for use. Dip brazing has traditionally been used in a wide range of industries, including aerospace. The procedure enables the joining of aluminum components to create solid and conductive joints. It can minimize the warping and effect of other elements for a long time, perfect for aerospace equipment built to last for at least a decade. Companies looking to reduce costs for repairs and maintenance are looking towards using similar techniques to dip brazing to improve the structural integrity of their finished products. ## **The Future of Aerospace Manufacturing** As mentioned earlier, the aerospace industry is increasingly dynamic. With a constant influx of new technology and materials, quality and safety standards mustn’t be compromised. When looking for an ideal way to integrate new technologies with existing manufacturing methods, it can be good to do research first. New techniques have to be checked thoroughly to ensure that quality is not being compromised. As manufacturers need to have many certifications and licenses to operate in this industry, it is necessary to ensure that no slippages occur that can jeopardize companies. With research towards supersonic flights and more being applied in real-life, it is the need of the hour for suppliers to adjust accordingly. Manufacturers like NAMF become more efficient while increasing the quality of their materials to ensure that they are producing the best finished products possible. [Contact NAMF](https://www.namf.com/contact/) today for more information. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/popular-processes-in-aerospace-manufacturing/#) [Terms & Conditions.](https://namf.com/popular-processes-in-aerospace-manufacturing/#) ## NADCAP Approval Explained # What It Means to Be NADCAP Approved November 16, 2021 ![NAMF, NADCAP Approved](https://namf.com/wp-content/uploads/2021/11/what-it-means-to-be-nadcap-approved-1680x1121.jpg) ## Table of Contents - [What Is NADCAP Accreditation?](https://namf.com/what-it-means-to-be-nadcap-approved/#toc-1) - [The Advantages of Being NADCAP Approved](https://namf.com/what-it-means-to-be-nadcap-approved/#toc-2) - [Why Choose a NADCAP Certified Supplier?](https://namf.com/what-it-means-to-be-nadcap-approved/#toc-3) - [How Long Does NADCAP Approval Last?](https://namf.com/what-it-means-to-be-nadcap-approved/#toc-4) - [Purchasing From a NADCAP Approved Supplier](https://namf.com/what-it-means-to-be-nadcap-approved/#toc-5) In 2020 the global aerospace market reached [298.01 billion US dollars](https://www.globenewswire.com/news-release/2021/07/27/2269127/28124/en/Global-430-Billion-Aerospace-Markets-2015-2020-2020-2025F-2030F-Commercial-Aircraft-Maintenance-Repair-and-Overhauling-Services-Aerospace-Support-and-Auxiliary-Equipment-Government.html). With so much money in the market, there is a lot of competition between different suppliers. One way a supplier can stand out is by ensuring it is NADCAP accredited. NADCAP approved suppliers can provide high-quality parts to their customers. If you are looking for a supplier it is worth going with one that has such accreditation. This will ensure any parts meet the highest standards. If you are wondering what NADCAP certification is, and why it is important, keep reading. ## **What Is NADCAP Accreditation?** NADCAP (National Aerospace and Defense Contractors Accreditation Program) is a certification that can be granted to suppliers. It ensures the goods that they provide and the processes they use meet certain standards. [Government and industry experts](https://p-r-i.org/nadcap/) work together to determine the requirements needed for accreditation. They also issue said accreditation and define operational program requirements. Before the existence of NADCAP, aerospace companies would need to audit suppliers themselves. This would be to make sure they met their process requirements. This meant unnecessary work was created without generating further results. Companies are often ISO certified. In the aerospace manufacturing industry [ISO 9100D](https://www.priregistrar.org/services/aerospace/as9100) is a requirement. NADCAP is an optional certification, showing that a company is a step above the competition. ISO standardization is generally a way of ensuring companies meet certain regulatory requirements. This is to make sure products and services meet the needs of customers. NADCAP involves special processes used in product manufacturing. The goal is to improve industry standards over time as well as reduce the risks that come with sub-standard processes. These audits have always been needed as the most common reason for the failure of parts is due to the processes used by suppliers. Carrying out audits means avoiding potential failures in the long run. With the introduction of NADCAP, audits are more comprehensive and of a higher standard. Aerospace and defense companies also no longer need to do their auditing. This makes things easier and more cost-effective across the whole [manufacturing](https://www.namf.com/defense-aerospace-full-service-manufacturing/) process. ## **The Advantages of Being NADCAP Approved** NADCAP approval certifies a supplier as one that uses processes at a necessary standard. It is specifically for companies in the aerospace and defense industry. Suppliers are given a clear outline of any processes used when manufacturing goods. This ensures that all products are at the standard they should be. Most companies desire to work with suppliers that are NADCAP-approved. For some, it is a necessity. This includes Airbus, Boeing, Honeywell, and Rolls Royce. The use of NADCAP auditing has resulted in more standardization in aerospace manufacturing. As all NADCAP-approved suppliers follow the same processes, parts produced will tend towards being similar. The auditors are also very experienced and knowledgeable. As such, they can carry out all audits correctly and efficiently. Their familiarity with the process provides better results all around. NADCAP approval has helped improve safety throughout the aerospace industry. Companies also have reduced rates of re-working, and have reported lower scrap rates. ## **Why Choose a NADCAP Certified Supplier?** When purchasing from a NADCAP-approved manufacturing company you know you will be able to buy with confidence. Any parts will have been made in compliance with NADCAP regulations. As such they will be less likely to fail or have any flaws. The largest companies in aerospace and defense use NADCAP-approved suppliers. NAMF produces goods for several [reputable companies](https://www.namf.com/clients/). Among these are Airbus, GE Aviation, and L3 Technologies. If purchasing from a supplier that is not NADCAP-approved, you will more than likely need to perform your audits. This will create further costs, and, likely, these audits will not be of the same standard as NADCAP. Performing these audits results in more time and money spent before any parts are even purchased. There is also a reasonable chance of these parts being of lower quality. NADCAP audits can be a costly and time-consuming process. A company that is certified has committed to not just having these audits done but also making any corrections that may have been necessary. Being certified shows that a company follows the best practices, and delivers the best quality goods to customers. If a company has been accredited several times that shows a level of consistency that not all manufacturers can attest to. ## **How Long Does NADCAP Approval Last?** Accreditation initially lasts for 12 months and is based on the date of the initial audit. This means that if any corrective action needs to be taken, this will cut into the timespan of the accreditation. Reaccreditation audits are scheduled automatically. Companies need to ensure that they maintain the standards necessary over time. Otherwise, they may lose their accreditation at a later audit. Companies should be well prepared for audits beforehand. This can help avoid the need for corrective measures and the certification will last for the greatest possible time. A company’s first approval will last for 12 months. The next 2 reaccreditations are also for 12 months each. After this, further reaccreditations can last either 12, 18, or 24 months depending on the performance of the supplier. ## **Purchasing From a NADCAP Approved Supplier** When deciding on a supplier, it is safe to say that going with one that has NADCAP certification is the right choice. New Age Metal Fabricating is NADCAP-approved. We currently have an 18-month reaccreditation lasting until May 2022. As a leading supplier of enclosures and machined parts for the aerospace industry, our services and products are top of the line. [Get in touch](https://www.namf.com/contact/) and let us know how we can help you. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/what-it-means-to-be-nadcap-approved/#) [Terms & Conditions.](https://namf.com/what-it-means-to-be-nadcap-approved/#) ## NAVSEA Certification Guide # How Does a Company Get Their NAVSEA Certification December 6, 2021 ![NAMF, NAVSEA certification](https://namf.com/wp-content/uploads/2021/11/navsea-certification.jpg) ## Table of Contents - [What Does NAVSEA Do?](https://namf.com/how-does-a-company-get-their-navsea-certification/#toc-1) - [What Is a NAVSEA Certification?](https://namf.com/how-does-a-company-get-their-navsea-certification/#toc-2) - [AWS vs NAVSEA Welding](https://namf.com/how-does-a-company-get-their-navsea-certification/#toc-3) - [Benefits of Certification](https://namf.com/how-does-a-company-get-their-navsea-certification/#toc-4) - [How to Get Your Navy Certification](https://namf.com/how-does-a-company-get-their-navsea-certification/#toc-5) - [Navy Approved Workmanship](https://namf.com/how-does-a-company-get-their-navsea-certification/#toc-6) There are plenty of reasons for an industry professional to seek certification. One of the most beneficial options out there for engineers is a NAVSEA certification. Unlike the other ones out there, getting a NAVSEA certification can be long and difficult, but the benefits highly outweigh the time it can take. NAVSEA certified engineers gain access to NAVSEA technical manuals exclusive to the organization. They also get to work with the Navy on various projects alongside their employed engineers. Here’s how to get your certification and gain access to NAVSEA instructions. ## **What Does NAVSEA Do?** NAVSEA, short for the Naval Sea Systems Command, is the largest of the U.S. Navy’s five system commands. It’s comprised of more than 85,000 personnel from both within and outside of the Navy, and performs activities in both the United States and in Asia. Some of the various NAVSEA locations can be found in most states across the country. The states with the most locations include Virginia, Florida, and California. NAVSEA engineers have the opportunity to work with the Navy by supporting their fleet of ships and combat systems. Some of their other field activities include an experimental diving unit, a naval ordnance safety program, and logistic support for naval shipyards. ## **What Is a NAVSEA Certification?** A firm can earn a NAVSEA certification to bid on Navy vessels. Acquiring this certification allows a firm to get NAVSEA jobs and act as a third party for repairs and maintenance. In fact, the System Certification Program was created to provide an objective, third-party review of everything that the U.S. Navy uses. Acquiring a NAVSEA certification does not make you a federal employee. Instead, it allows you to work for the United States Navy on a case-by-case basis. NAVSEA jobs range from minor repairs to ship construction. They all need advanced planning, engineering, and quality assurance, among other skills. Firms must go through a two-tier vessel repair certification process before taking on a job. The two agreements are the Master Ship Repair Agreement (MSRA) and the Agreement for Boat Repair (ABR). There’s also NAVSEA Approved AIT or advanced individual training. This training helps an individual acquire skills for a specific Army job. ## **AWS vs NAVSEA Welding** NAVSEA is only one of the most common certifications available in the metal fabrication and welding industries. The other certification you’ve likely considered is an AWS certification. AWS, or the [American Welding Society](https://www.aws.org/certification/cw_faqs), offers its certification as an endorsement. This endorsement shows that you’ve gotten recognition of skill over one of four subject areas. These subject areas are material and design, fabrication, inspection, and qualification. No prior certifications are required to get AWS certified. These credentials are transferable and apply wherever you go. Meanwhile, a Navy certification requires additional steps to obtain. Your prior AWS certifications have no effect on the process. An employer must provide a training program that the Navy has approved. It requires 240 hours of experience before pursuing 24 hours of training. Both types of certification can act as proof of your skill level and qualifications. However, only the NAVSEA certification lets you work with NAVSEA. As such, it may carry more weight with certain clients, since it also lets you support the federal military. ## **Benefits of Certification** Certification can help in a lot of different ways for your firm. Some materials or equipment require [proof that you’re proficient](https://www.namf.com/precision-machining-company/) in their use. Certain certifications also let you get access to work that you otherwise wouldn’t get. For example, [NADCAP certification](https://www.namf.com/what-it-means-to-be-nadcap-approved) approves suppliers to provide high-quality parts to their customers. The largest companies in aerospace and defense only use parts from these approved suppliers. NAVSEA certification specifically allows firms and individuals to work with Navy engineers in constructing, maintaining, and repairing their equipment and vehicles. They act as a third party providing quality control. Most importantly, it shows that the federal government acknowledges their skill and experience in their field. ## **How to Get Your Navy Certification** An employer must provide a training program for their employees to earn a NAVSea certification. This program must be approved by a NAVSEA Test Examiner. The program consists of a written examination, a visual acuity test, and a demonstration of the individual’s welding skills. To qualify, they need to complete 24 hours of this training on top of 240 hours of experience beforehand. The metal fabrication company gets audited to make sure they have the necessary documentation in place. This documentation should include procedure qualifications, processes, and the like. After all is said and done, a metal fabricator can get the work with a list of compliance requirements for the project. It’s important to keep in mind that the components you work with influence the requirements. Work involving a ship’s structure has much higher requirements than smaller jobs. Make sure to prepare for the NAVSEA training program in advance. You can study the various NAVSEA technical manuals available on their website. They have a collection of policies and procedures, as well as any changes or revisions. Access to their [technical manuals](https://pdf.usaid.gov/pdf_docs/pa00k7dz.pdf) is available through the Technical Data Manual Management Information Systems (TDMIS). You can also find a list of all NAVSEA instructions online. ## **Navy Approved Workmanship** Obtaining a NAVSEA certification is a hefty task, but it’s not without merit. The certification proves to your customers that you’re good enough to work with the NAVY. It shows that your firm is one of the best around. Engineers at New Age Metal Fabrication and Precision Manufacturing are NAVSEA certified. As such, we offer some of the best materials and work in the industry. Our portfolio includes power enclosures, brazed housing subassembly, and integrated maritime systems weldment. [Contact us](https://www.namf.com/contact/) to learn more about what we have to offer. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/how-does-a-company-get-their-navsea-certification/#) [Terms & Conditions.](https://namf.com/how-does-a-company-get-their-navsea-certification/#) ## Top NJ Metal Fabricators # The Best NJ Metal Fabrication Companies to Know December 20, 2021 ![NAMF, NJ metal fabrication](https://namf.com/wp-content/uploads/2021/11/nj-metal-fabrication.jpg) ## Table of Contents - [Why NJ Metal Fabrication Companies Stand Out](https://namf.com/the-best-nj-metal-fabrication-companies-to-know/#toc-1) - [The Best Metal Fabrication Companies to Know in NJ](https://namf.com/the-best-nj-metal-fabrication-companies-to-know/#toc-2) - [NJ Metal Fabrication Companies: Final Thoughts](https://namf.com/the-best-nj-metal-fabrication-companies-to-know/#toc-3) Metal fabrication companies make a significant contribution to the success of your business. Now more than ever, manufacturers need to take advantage of their expertise and services covering several areas, from estimating to final inspection. Selecting the right metal fabrication company to work with is vital. Not only do you want an organization that has the best engineers and fabricators, but one that will also suit your budget and allow your business to remain competitive. The best NJ metal fabrication companies have been working in the industry for years and have a good reputation. Their services may range from providing custom solutions to manufacturing existing products and much more. They provide service across all forms of metalworking, including: - Custom metal fabrications - Machining of metals - Metal finishing and coatings - Fabrication of precisely engineered parts, tools, dies, and molds - Welding and laser cutting ## **Why NJ Metal Fabrication Companies Stand Out** New Jersey is considered one of the best places in the US for manufacturing because it has an established network of certified vendors; it is also centrally located to the US market, which saves on transportation costs. New Jersey also has a large industrial base and offers specialized metal fabrications for each industry. You can easily find qualified metal fabrication support, such as equipment installation and training help throughout the state. Because of this, you don’t have to pay an arm and a leg to outsource your work. Aerospace manufacturing in New Jersey has evolved over the years, and so have the companies that produce it. You can find some of the best ironworkers and metal fabricators in the world on the East Coast, which makes it a great place to locate your business. New Jersey’s geographic location provides easy access to shipping routes, making it easy to manage your supply chain and save on transportation costs. ## **The Best Metal Fabrication Companies to Know in NJ** We’ve taken a look at some of the top NJ metal fabrication companies that are leaders in this field. ### New Age Metal Fabricating NAMF is the leading metal fabrication company, NAMF, Inc. provides services to clients across the globe. Since 1979, it has provided precision sheet metal fabrications for some of the biggest manufacturers in aerospace, power generation, and consumer products. NAMF is an AS9100D/ISO9001:2015 certified company and a member of the New Jersey Manufacturers Coalition. It specializes in a wide range of capabilities, including various types of welding, machining, sheet metal fabrication, and CNC laser cutting. The company also offers metal finishing services such as bead blasting, anodizing, and painting with powder or liquid coating systems. What distinguishes NAMF is that they have in-house engineers, certified welders, and dedicated quality inspectors. For many years, they have been providing highly skilled services in metal fabrication and sheet metal fabrication. [Contact](https://www.namf.com/contact/) NAMF today to see how they can help make your next project a success ### New Age Precision Manufacturing New Age Precision Manufacturing is a leader in the manufacturing of ruggedized dip-brazed enclosures and precision machined parts for the Defense and Aerospace industries. With the aid of our expert engineering and design reviews to our NADCAP finishing processes. They realize every aspect of our customers’ unique product-design requirements. The full range of custom [metal fabrication services](https://www.namf.com/metal-fabrication-services/) we offer gives the New Age Companies complete in-house capabilities. And as ISO 9001:2015 and AS9100D registered companies, NAPM controls the quality of our work at every stage of the manufacturing process. ### **A.M. Castle and Co. Inc.** Founded in 1976, A.M. Castle and Co., Inc specializes in providing a wide range of services to the military and aerospace manufacturing industries, including sheet metal fabrication, CNC laser cutting, and welding solutions for large structures such as tanks and planes. The company also provides a wide range of services to the automotive industry, where they manufacture parts for car engines and suspensions. A.M. Castle is ISO 9001:2008 certified and AS9100D compliant. They offer multiple metal fabrication services, including welding, drilling, punching, shearing, vacuum forming, press brake bending, and laser cutting/welding/drilling. ### **TAM Metals** TAM Metals is a high-tech sheet metal manufacturer that uses state-of-the-art equipment to work on complex jobs. Located in Mahwah, the company specializes in providing services for large and small companies throughout the region. They offer laser cutting, CNC punching, drilling and bending, welding, spinning, and installation. They also offer a range of inspection services, including visual and dimensional inspection, X-ray, hardness testing, and more. TAM Metals is AS9100D compliant and offers most types of sheet metal fabrication such as aluminum, stainless steel, and alloy steels (300 series / 400 series, to name a few. ### **Allied Steel** Allied Steel is a leading metal fabrication company that offers a wide range of services for in-house and third-party manufacturing in the aerospace industry. For over 70 years, they have provided quality solutions to companies from various sectors such as automotive, power generation, defense, marine, consumer products, medical devices, and heavy equipment. Allied Steel specializes in fabricating precision steel structures used for aerospace, shipbuilding, tanks, and power generation equipment. They also offer various services such as CNC laser cutting and welding, Y-axis precision bending on press brake machines, hole punching, and flat rolling. They are AS9100D/ISO 9001:2008 certified and provide stainless steel fabrication services for automotive applications. ### **Central Metal Fabricators Inc.** Central Metal Fabricators, Inc. (CMF) is a New Jersey-based company that provides sheet metal fabrication services to different industries, including aerospace, power generation, defense equipment, consumer products or appliances, and medical devices. They offer CNC laser cutting with CO2 lasers and punching services like plate drilling and hole sawing for steel, aluminum, and stainless steel. CMF is AS9100D/ISO 9001:2008 certified and offers CNC laser cutting services for a wide range of materials such as 304 / 316L SS, Aluminum Alloy (6061-T6), Aluminum Alloy (2017), and Stainless Steel (304 / 316L). ### **Arco Steel Co.** Located in Hillside, Arco Steel Co. is a leading fabricator of metal sheets and tubes, steel bars, channels, angles, flats, rounds, and blocks. They provide premium metals for high-end customers that require optimum performance from their products. They offer a wide range of quality services such as metal cutting, stamping and bending, welding and fabrication, and CNC laser cutting. The company is ISO 9001:2008 certified and AS9100D compliant. ## **NJ Metal Fabrication Companies: Final Thoughts** The best New Jersey metal fabrication companies are known for the high-quality work they provide and their ability to meet all of their clients’ specific needs. They typically offer services that include CNC punching, welding, laser cutting/bending, forming, powder coating, and more. They also provide inspection and dimensional management services. You need to work with an industry leader like NAMF to guarantee the best quality and service at a competitive price. This will save you time and money in the long run. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/the-best-nj-metal-fabrication-companies-to-know/#) [Terms & Conditions.](https://namf.com/the-best-nj-metal-fabrication-companies-to-know/#) ## Prototype Machining Services # Prototype Machining Services In NJ & NY January 6, 2022 ![rapid prototype machining](https://namf.com/wp-content/uploads/2019/10/rapid-prototype-machining.jpg) ## Table of Contents - [Prototype Machining Services](https://namf.com/prototype-machining-services-nj-ny/#toc-1) - [Advantages of Rapid Prototype Machining](https://namf.com/prototype-machining-services-nj-ny/#toc-2) - [Benefits of Machined Aerospace Parts](https://namf.com/prototype-machining-services-nj-ny/#toc-3) - [We are Leaders in The Rapid Prototype Machining Industry](https://namf.com/prototype-machining-services-nj-ny/#toc-4) ## Prototype Machining Services At NAMF, we work every day with clients who have decided on a new product. In the defense and aerospace industries, this can add up to extremely intricate projects. And these can be costly, to say the least. It’s a lot of work and the production of a new product can absorb many hours. There are many processes at work here and we understand that one of the most important is creation of a prototype. This is a model of what that product is going to look like. It’s an early version of the product that gives you something to go by and a way of considering how it will fit into your production line. As a [defense & aerospace machining company](https://www.namf.com/aerospace-machining-at-namf/), we also understand that there is often a big difference between what looks terrific on paper and how that prototype will work in reality. That is why we recommend working with experts like us to guide your ideas every step of the way. Prototypes allow you to take a design before it’s hit the main production line, play with it, and redesign or tweak it before it is mass produced. This avoids the discovery that changes must be made once production has started. To save time, money, and your reputation, it’s better to see the need for changes before your customers do. Rapid prototype machining is one of the most innovative and newest ways to create prototypes that minimize waste material, including time. If you are looking to develop a product and are entering the design production phase, take a look at how rapid prototype machining services can help you. ### Rapid Prototype Machining Explained This type of process is something you may have heard in passing but are not familiar with. Rapid prototype machining refers to the process of assembling prototypes for new products as well as for new parts before your company releases them for mass production. To achieve this type of prototype, you need one thing only: a [3D printer](https://www.business.com/categories/best-industrial-3d-printers/). ### How Does a 3D Printer Work? Before things move to the 3D printer phase, a design must be created. This can be done using any modeling software program. When the 3D printer has this file, it will begin to create your prototype layer by layer. This stage of the process is known as additive manufacturing. While people can use various materials to create a prototype, plastic is most common. Our prototype machining services use the best material for your design. ## Advantages of Rapid Prototype Machining ### Increase in Cost Efficiency Using rapid prototype machining services will improve your cost efficiency. Using tried-and-true methods may eventually get you there, but a lot of time and money goes under the bridge when you create prototypes in a conventional way. The traditional method of prototyping products involves carving them from huge blocks of material. When using rapid prototype machining, however, you automatically cut down on much extra waste material. With rapid prototype machining, the 3D printer uses the exact amount of material needed. Rapid prototype machining with a 3D printer saves materials at the same time as creating your design quickly. ### Access Actual Size Models It’s far easier to evaluate prototypes when they’re actual size rather than to scale. Thankfully, prototype machining services do just that. 3D printers build 1:1 replications of parts that you design. Actual size prototypes let you detect shortcomings on a model fully reflective of the actual part. Anything that you’d see on the real part once it’s manufactured, you’d see here. You’ll never want to resort to the guessing game of scale modeling again. ### There is Ease in Selling Your New Product When you have a new product to present to your board or investors, it can be helpful for them to see, hold and feel it. During your presentation, you can show your design rather than have people imagine what it may look like or what it may achieve. Everyone has seen a model on a screen. What they want is to see that product up close and personal, especially when they are being asked to back it. ### Harness Precise Capabilities Design for defense and aerospace industries requires meticulous levels of detail. Rapid prototype machining eliminates human error that can cause this detail to go astray. Prototyping crafts designs exactly as they’re coded in a system, down to the smallest design feature. Our machinery also handles parts and jobs of all shapes and sizes. We have [equipment catered](https://www.namf.com/equipment-list/) to every design need, big or small. ### Test New Ideas Quickly You may have more than one design you want created which is no problem when you employ rapid prototype machining services. Now you can rapidly envision your products and get a sense of improvements to make before production. This goes a long way to streamlining your business. Being able to test new ideas rapidly can help you to innovate, stay ahead of your competition, and respond to changes within your sector. Every day you are losing money on product creation when done the conventional way. Your design team could be creating a product using rapid prototype machining services and altering that design as needed. Faster turn-around times help your business save time and money. ### More Than Prototyping Machining Services Although we’re experts in prototype development, NAMF can do far more than prototype development. From dip brazing services to metal fabrication, New Age Metal Fabrication can help your needs in design, manufacturing, and more. For more explicit examples of our work, [our portfolio](https://www.namf.com/portfolio/) gives a complete view of our capabilities. Join us for our prototype machining services, and stay for everything else we can do for you. With New Age Metal Fabrication, you can utilize a single aerospace machining company from start to finish. ## Benefits of Machined Aerospace Parts Parts that start at New Age Metal Fabrication spring from the northeast to change the world. Any expert knows just how essential aerospace machining is to make the world go around. Our ability to explore space directly hinges on the advancement of aerospace technology. Prototype machining services streamline design processes to push forward into space sooner. Back on this planet, aerospace advancements foster [greater cultural exchange](https://www.purdueglobal.edu/blog/human-services/what-is-cultural-diversity/). As planes grow cheaper and more efficient, so does the ability for people to travel to new places, try new things, and create a more connected world. ### Diverse Military and Aerospace Clientele NAMF is a leading supplier to respected companies across the defense and aerospace industries. We provide machining services to a wide variety of businesses. Through our work, we’ve received special approvals from leading brands including General Electric Aviation, [Airbus](https://www.businessinsider.com/inside-2-airliner-turned-private-jets-from-airbus-and-boeing-2021-12), and Harris. While we’ve worked with national brands, we remain a local staple. With offices in both Fairfield, NJ, and Ronkonkoma, NY, we offer convenient prototyping across the tristate area. Check out our [selective list of clients](https://www.namf.com/clients/) to see specifics of who we’ve helped. ## We are Leaders in The Rapid Prototype Machining Industry New Age Metal Fabrication is a leader in custom aluminum fabrication. We service not only NJ and NY, but the entire country. We take your ideas and turn them into the realities you desire. Wherever you are in the design process, contact us today for all your fabrication needs. As a leading prototype machining company, the prototype machining services at NAMF are built for your needs. We’ll supercharge your design process, just as we have with dozens of other businesses. Call us during business hours to get started. You can contact us at (973) 227-9107 for our Fairfield, NJ office, or (631) 471-4000 for Ronkonkoma, NY office. Alternatively, email us at in\*\*@\*\*pm.com. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/prototype-machining-services-nj-ny/#) [Terms & Conditions.](https://namf.com/prototype-machining-services-nj-ny/#) ## Stainless Steel Cutting Services # Stainless Steel Laser Cutting Services for the Aerospace Industry January 17, 2022 ![stainless steel laser cutting services](https://namf.com/wp-content/uploads/2022/01/stainless-steel-laser-cutting-services-for-the-aerospace-industry-1680x1120.jpg) ## Table of Contents - [How Can NAMF Help You?](https://namf.com/stainless-steel-laser-cutting-services-for-the-aerospace-industry/#toc-1) - [What Are the Advantages You Get From Working With Us?](https://namf.com/stainless-steel-laser-cutting-services-for-the-aerospace-industry/#toc-2) - [Stainless Steel Laser Cutting Services](https://namf.com/stainless-steel-laser-cutting-services-for-the-aerospace-industry/#toc-3) - [What to Know About Stainless Steel Laser Cutting](https://namf.com/stainless-steel-laser-cutting-services-for-the-aerospace-industry/#toc-4) - [Time to Get Started Bringing Your Designs and Needs to Life](https://namf.com/stainless-steel-laser-cutting-services-for-the-aerospace-industry/#toc-5) Did you know that, although aluminum remains to be one of the most used metals in Aerospace applications, stainless steel is also one of its biggest competitors? Stainless steel is resistant to high-temperature oxidation as well as corrosion. At New Age Metal Fabricating (NAMF), we specialize in stainless steel laser cutting services for the Defense and Aerospace industries. Our precision machining capabilities are what sets us apart from the competition. We also continue to invest in our state-of-the-art equipment so that we can provide our customers with the best possible products and services. From military vehicles to aerospace, our team has the experience and expertise necessary to deliver high-quality parts on time and on budget. Putting it simply, we provide precision machining that other companies cannot match. Keep reading to find out more about our work with the military and within the aerospace industries. ## How Can NAMF Help You? NAMF was founded in 1979 and our initial vision was to provide manufacturing services to the highest standards for the military and aerospace industries, and our vision is still the same. You will notice that we use the most advanced manufacturing technology and techniques. This allows us to meet any challenge that our customers may bring to us. With 60 years of experience in aluminum dip brazing and the industry itself, you can rest assured that we have the expertise to not only complete your projects but to take the overall solution and output to the next level. ## What Are the Advantages You Get From Working With Us? There are a few advantages that you’ll get from working with a new-age company. First, we are a single-source supplier that [manufactures dip brazed products](https://www.namf.com/dip-brazing-services/). One of the main reasons that our clients enjoy working with us, is that we provide turnkey solutions for any materials that you need purchasing. Not only that, if you have a design in mind, we can match that from the construction perspective. Essentially, we are your one-stop-shop for all of your material and building needs. We’re always here to consult and answer questions. We control every aspect of the manufacturing process, so we take the middleman out of the equation. Allowing us to do the heavy lifting also frees up your time for working on operations and managing the projects that you have on your schedule. Going along with that, you will also have a single point of contact regarding your products and your designs. We also eliminate additional expenses from the searching process. We do this by handling all aspects of your project. Overall, how it works is that you figure out exactly what you need and get in contact with us. We’ll handle the rest. ## Stainless Steel Laser Cutting Services [Stainless steel laser cutting](https://www.gemathis.com/what-industries-use-laser-cutting/) is a process that uses a laser to cut through metal. It is often used in the aerospace industry because it produces clean and accurate cuts. Stainless steel is a good material for use in lasers because it does not corrode or tarnish. The benefits of using stainless steel in laser cutting include: - Clean and accurate cuts - Does not corrode or tarnish - Can be used with a variety of materials - Low maintenance requirements - High durability Regardless of your project, there is a solution for every potential application that stainless steel can be used for. Stainless steel laser cutting is also [important for defense systems](https://www.thomasnet.com/insights/why-laser-cutting-is-essential-for-military-manufacturing/) and the military. It can be used to create parts for tanks, planes, and other weapons. The material is strong and durable, making it a good material for these applications and others that may not be so obvious. Laser cutting allows manufacturers like us to quickly and easily create parts from stainless steel sheets. Not to mention that we have the ability to create custom tool designs. This helps reduce manufacturing time and costs. This material is actually able to maintain its mechanical properties over a wide range of temperatures. Other types of stainless steel also have special properties due to their ability to meet high mechanical demands. One of those specializations is that they are resistant to intergranular attacks that might be caused by a type of chromium precipitation. ## What to Know About Stainless Steel Laser Cutting Here is a bit of advice about stainless steel laser cutting. When it comes to stainless steel laser cutting tips, there are a few things that companies should keep in mind. First, it’s important to select the right grade of stainless steel for the job. Not all grades are suitable for laser cutting, so it’s important to choose one that is. Additionally, it’s important to calculate the correct power and speed settings for the job. This will ensure that the material is cut cleanly and accurately. It’s also imperative to take into account the fact that stainless steel is a heat-sensitive material. Too much heat can damage it, so it’s important to use a cooling system to keep the temperature under control. To alleviate the need to figure out the logistics and heat to cooling ratio, defense and aerospace organizations can count on NAMF to simplify the process. ## Time to Get Started Bringing Your Designs and Needs to Life Now you know all about stainless steel laser cutting services. You also know how NAMF makes a significant difference in the industry when compared to similar companies. We work to provide our customers with high-quality materials and services: construction built with cutting-edge technology, efficient turnaround times, and 24/7 365 days a year support. If you are looking for a reliable supplier of stainless steel laser cutting services, contact us today. We have over 60 years of experience in this field and can provide you with high-quality products that meet your needs. Click here to learn more about stainless steel laser cutting. Or, [contact us today](https://www.namf.com/contact/) to discuss your specific needs. We look forward to hearing from you! [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/stainless-steel-laser-cutting-services-for-the-aerospace-industry/#) [Terms & Conditions.](https://namf.com/stainless-steel-laser-cutting-services-for-the-aerospace-industry/#) ## Aerospace Enclosure Solutions # Custom Enclosure Fabrication for the Aerospace Industry February 7, 2022 ![custom enclosure fabrication](https://namf.com/wp-content/uploads/2022/01/custom-enclosure-fabrication-for-the-aerospace-industry-1920x1280-1-1680x1120.jpg) ## Table of Contents - [Aerospace Industry Requirements](https://namf.com/custom-enclosure-fabrication-for-the-aerospace-industry/#toc-1) - [What Are Custom Enclosure Fabrications?](https://namf.com/custom-enclosure-fabrication-for-the-aerospace-industry/#toc-2) - [Benefits of Custom Enclosure Fabrication](https://namf.com/custom-enclosure-fabrication-for-the-aerospace-industry/#toc-3) - [Choosing the Right Enclosure Fabrication For Your Requirements](https://namf.com/custom-enclosure-fabrication-for-the-aerospace-industry/#toc-4) Custom enclosure fabrication is a critical component highly demanded in both the aerospace and defense industries. Expert engineering and tools are required for custom enclosure fabrication products for the client’s requirements. The highly demanded customization service for enclosures is not just for aesthetics but to keep equipment functioning for the decades ahead. The latest technology and upgrades fuel the aerospace manufacturing industry and its growth. Constant innovation in the industry is required to ensure that all machines and equipment used are of the highest quality and utmost efficiency. Keep on reading to find the importance of the product, specifically for the aerospace industry. ## Aerospace Industry Requirements As mentioned before, the aerospace industry is a highly dynamic industry that constantly changes. These changes can incorporate better technology, processes, and materials to ensure higher chances of success for the users. It has been predicted that in the upcoming years, several significant changes will be taking place in the aerospace industry that will include: - Adoption of smart factory processes to reduce inefficiencies - Implementation of environmentally sustainable manufacturing processes, specifically in commercial aerospace - Increase in demand for aerospace products after COVID-19 - Increased safety and compliance efforts Several accidents and the pandemic have made concerns for safety paramount. In this aspect, custom enclosure fabrications have become the need of the hour for many manufacturers, suppliers, and buyers. Buyers are also looking for more choices regarding the materials being used today. As new and more efficient materials are being introduced to make aerospace products lighter and more durable, buyers are looking for bespoke customization on their aerospace products that can incorporate newer materials. ## What Are Custom Enclosure Fabrications? Custom enclosure fabrications are highly demanded by not just the aerospace industry but also by the defense industry. While many people believe that custom enclosure fabrications are merely shells, custom enclosures are much more than that. Whether you’re looking to protect crucial components of your aerospace equipment or something delicate, custom enclosures can guarantee that these components will never have to be damaged. Custom enclosure fabrications can be found in various materials, including aluminum, galvanized steel, stainless steel, and other steel variants. They are made to order, ensuring a perfect fit for the component they will be protecting. Depending on your requirements, you can also find various color options to ensure that the custom enclosure integrates seamlessly into your aerospace equipment. Many aerospace companies opt for [aluminum enclosures](https://www.namf.com/aluminum-enclosures/) as they are highly durable and lightweight. Weight is a specific concern in the aerospace industry, so this metal is ideal for many requirements. The metal is also resistant to corrosion and puts less strain on the vehicle during flight, which is crucial. ## Benefits of Custom Enclosure Fabrication Many may think that custom enclosure fabrication is not required for aerospace applications, but that is simply not true. Just like you can’t throw your phone without a screen guard and cover anywhere you please, the same rule applies to aerospace equipment. Not having the proper protection leads to minor damage like scratches and dents but can ruin the critical functioning of the component. Long-term exposure to elements can render the useless component years before its time and lead to costly replacements as well. When aerospace machines and devices are constantly exposed to external elements and regular use, they are highly likely to be compromised. To avoid potential criminal attacks from outside the vehicle as well, protection is required. A custom enclosure can help protect against external elements, electromagnetic interference, and more. The use of custom enclosure fabrication also lessens the noise and vibration originating from the engine, which can be harmful to humans without any buffer. It keeps the engines and other crucial components secured without fail, and because it’s customized to fit your requirements, you don’t have to worry about it falling apart while in use. It also helps protect essential components from corrosion. Custom enclosure fabrications can also help regulate temperature, especially with components that tend to run hot when used. Ensuring the durability of your components is also crucial, especially in the aerospace industry, where a single component can cost thousands of dollars. You can keep them protected and functional for years without any problems with custom enclosures. ## Choosing the Right Enclosure Fabrication For Your Requirements Choosing the perfect custom enclosure fabrication is essential to providing premium end-to-end protection for your aerospace components. Exposing your delicate aerospace components to unyielding external elements can end up costing you not just money but time as well. If you’re wondering how to choose the right enclosure fabrication for your requirements, here are some simple tips you should consider following: - You need to know your requirements first, comprehensively. What kind of protection are you seeking from the enclosure? Are there any factors that need to be kept in mind when the enclosure is being crafted (e.g., needs to withstand high temperatures)? Only after knowing your requirements, you start the process of getting custom enclosures. - What are the fabrication options? You need to be aware of the different materials that can be utilized to construct a bespoke enclosure for your needs. - What weight and durability are you looking for? Depending on what the purpose of the enclosure is, you can have different requirements when it comes to the weight of the enclosure. - Consider the kind of technology used to achieve the custom enclosures for your requirements. Various processes like dip brazing, chemical film finishing, heat treating, and more can be used to achieve the perfect finish for your custom enclosures. Once you have answered these questions and ascertained what kind of custom enclosure you’re looking for, it’s time to get the process started. The quality of customization that you get on your enclosures can be essential in ensuring the success of your aerospace components. Getting your enclosure customized is the best option when you don’t want to compromise on quality or efficiency. [Contact us](https://www.namf.com/contact/) today to get the perfect custom enclosure for your aerospace needs. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/custom-enclosure-fabrication-for-the-aerospace-industry/#) [Terms & Conditions.](https://namf.com/custom-enclosure-fabrication-for-the-aerospace-industry/#) ## Choosing Steel Fabrication Services # Tips To Consider When Choosing Steel Fabrication Services February 14, 2022 ![steel fabrication services](https://namf.com/wp-content/uploads/2020/05/steel-fabrication-services.jpg) ## Table of Contents - [Look for Full-Service Capabilities](https://namf.com/steel-fabrication-services/#toc-1) - [Consider Experience and Certification](https://namf.com/steel-fabrication-services/#toc-2) - [Check Out Custom Work and Similar Projects](https://namf.com/steel-fabrication-services/#toc-3) - [Look for Experience](https://namf.com/steel-fabrication-services/#toc-4) - [Insist on Quality Steel Fabrication Services](https://namf.com/steel-fabrication-services/#toc-5) - [Production Capacity](https://namf.com/steel-fabrication-services/#toc-6) - [Wide Range Of Steel Fabrication Services](https://namf.com/steel-fabrication-services/#toc-7) - [Working with the New Age Companies](https://namf.com/steel-fabrication-services/#toc-8) Every year, more than [110 million tons](https://edzarenski.com/2016/09/18/steel-statistics-and-steel-cost-increase-affect-on-construction-02-19/#:~:text=The%20United%20States%20consumes%20approximately,of%20the%20steel%20it%20uses.) of steel are used in industries across the USA. Chances are, you’re using a lot of steel in your own business. That’s why it’s important to ensure you’re getting a great quality product and service. Finding the right business to manage the steel fabrication services for your next project can be tricky. That’s why we’ve put together a few helpful tips on making a great decision. Steel fabrication services cover a wide range of companies and processes. When you are trying to find a fabricator for a new project, it can be a challenge to choose the right one. But, if you accidentally opt for a fabricator that does not meet your needs, you will end up spending time and money on something that doesn’t work out well in the end. It is worth the effort to research and consider steel fabrication services to be sure you are partnered with a company that can meet your needs. Here are our suggestions to find the perfect fit. ## Look for Full-Service Capabilities Often, steel fabrication services are just one part of what your company needs. If you choose a fabricator that only does one kind of job, you are stuck finding more suppliers and vendors to bring your project through to completion. If you choose a company with steel fabrication services and full-service capabilities, from procuring material to finishing fabricated parts, you don’t need to worry about subcontractors, transferring products, or various deadlines and costs adding up. Instead, your project will go through each stage, including quality control, with one company, ultimately saving time and money. ## Consider Experience and Certification Steel fabrication services are best left to the experts, especially when the parts and components being fabricated are destined for critical service. When you are choosing steel fabrication services, look for a company with experience, and fabricators who have a lot of hands-on time creating products like your own. Certification is a good way to know that your prospective fabricator has what it takes to do an impeccable job. Companies will not be certified unless they meet strict requirements and successfully pass ongoing audits. The New Age Companies, for example, are certified in various programs ensuring our work for aerospace and defense stands up to the harsh conditions of those industries. Take a look at [our article on why you should use AS9100 certified companies](https://www.namf.com/as9100-certified-companies/) for more information. Finally, you can take a look at what other clients your potential fabricator serves. A company offering steel fabrication services, with experience and certification, should have a good roster of other companies that trust the work. ## Check Out Custom Work and Similar Projects Custom metal fabrication services are where a company really shows its skill. Even if your project does not involve a lot of custom work, you should still ask to see a company’s portfolio to gauge how well they handle requests that may be more complex or challenging. While you are looking at past projects, keep an eye out for work that is similar to what you will need done. This is especially important in specialized industries like aerospace or defense, where every component plays a vital role. Consider the difficulty of the work, and the quality you see in the completed project. No matter how good a company sounds on paper, it is their finished work that really tells the story of their expertise, so checking out the portfolios is the best way to get a feel for who is the best option. ## Look for Experience When it comes to such an important part of your business, you don’t want any half-measures. Inexperienced businesses tend to lack adaptability and are more susceptible to slip-ups. Working with a company boasting plenty of expertise is the way to go. This will help you to enjoy a smooth-running service. We’ve been in business for [over 60 years](https://www.namf.com/about-us/), serving all kinds of different clients. When you work with us, you know you’ve got plenty of experience on your side. We get the job done under any conditions. ## Insist on Quality Steel Fabrication Services While it may be true that all men were created equal, that’s certainly not the case when it comes to steel. This important metal comes in lots of [different grades](https://www.thoughtco.com/steel-grades-2340174), and some businesses will try to cut corners by offering a substandard product. Here at NAMF, we take the utmost pride in our product. All of our customers receive a top-quality product, carefully manufactured by our expert team. We use the latest techniques to guarantee only the best custom steel service. ## Production Capacity If you’re working on a project requiring hundreds of tons of steel, it’s no good hiring a company that only has a small production capacity. Production could even come grinding to a stop as you wait for delivery. We have the capacity to produce all the steel your project requires. What’s more, we’ll make sure it gets to you on time, ready to go straight into your production line. We’ve worked with a range of major military and civilian clients in the past, demonstrating our ability to fulfill large-scale orders. ## Wide Range Of Steel Fabrication Services It’s impractical and expensive to hire different companies to manage all the different elements of steel fabrication. Imagine the hassle of hiring different companies to fabricate, ship, and install your steel! Instead, it’s best to hire a steel fabricator offering a good range of services. NAMF can manage every step of the process. We make things simple for you, offering a single point of contact for all your steel production needs. You can trust us with everything from manufacturing to transportation and construction, as well as more niche services like laser cutting, forming, and chemical conversion coating. ## Working with the New Age Companies We are happy to show you all of the ways we are a good fit for any job involving steel fabrication services. If you have questions, we have answers, along with a list of our clients and certifications, and a portfolio of our past projects. [Contact us](https://www.namf.com/contact/) today to discuss your needs and learn more about our services. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/steel-fabrication-services/#) [Terms & Conditions.](https://namf.com/steel-fabrication-services/#) ## Precision Metal Cutting # The Leaders in Precision Metal Cutting \| Your Size and Shape Is Our Priority March 7, 2022 ![precision metal cutting](https://namf.com/wp-content/uploads/2020/02/precision-metal-cutting.jpg) ## Table of Contents - [Precision Metal Cutting Precisely](https://namf.com/precision-metal-cutting/#toc-1) - [Precision Metal Cutting Explained](https://namf.com/precision-metal-cutting/#toc-2) - [Why Choose New Age Metal Fabricating?](https://namf.com/precision-metal-cutting/#toc-3) When it comes to the Defense and Aerospace industries, there’s no room for error when it comes to precision metal cutting. These industries demand the best in the field for the most advanced technology in a fast-moving world. This is why New Age Metal Fabricating is the leader in precision metal cutting and a go-to name for everyone in heavy metal industries. NAMF was founded back in 1979 and has been a long-standing expert in the field of metal fabrication. They have a dedicated staff of hard-working experts that have years of knowledge. Because of this, NAMF has the processes, skills, and experience to provide a high degree of accuracy and quality. When you think about metal fabrication in today’s fast-paced world, the words “CNC machining” should come to mind. At New Age Metal Fabricating and New Age Precision Manufacturing, we know a thing or two about precision metal cutting. As a recognized leader in the Defense and Aerospace industries, NAMF and NAPM are your go-to names for precision metal cutting. New Age Precision Manufacturing was started more than 60 years ago and has supplied the Defense and Aerospace industries with the best in [aluminum dip-brazing](https://www.namf.com/top-of-the-line-aluminum-dip-brazing-services/). Because of our NADCAP and NAVSEA approvals, the Defense and Aerospace industries regularly turn to us for our expertise. ## Precision Metal Cutting Precisely NAMF is able to cut all types of metal for many different applications. With advancements in technology, metal cutting and fabrication are used to complete many [kinds of projects](https://www.namf.com/clients/). Industries such as the military, construction, and aerospace have found metal cutting to be an invaluable asset. There are several techniques used in metal cutting that are very accurate and offer exceptional detail. This includes punching, laser cutting, and plasma cutting. Each has its own perks and individual uses, but here is how to cut metal precisely. Punching metal involves cutting holes or creating cut-outs of different shapes and sizes into sheet metal. A punch press is then used to apply great force to sheet metal and leave behind a specified shape. This technique can be used on stainless steel, aluminum, copper, and even carbon steel. Laser and plasma cutting are cost-effective and clean [methods of cutting metal](https://profusionusa.com/precision-cutting/). In precision metal laser cutting, a light will cut metal via an automated program that creates different designs and shapes from the material. This has a high level of precision that can produce very complex designs or specific shapes when requested. These precision metal cutting techniques get implemented with [computerized numerical control](https://www.britannica.com/technology/numerical-control) or CNC. This is done to maintain high accuracy and a low margin of error when cutting metal for a project. Without it, the process of cutting metal would be more difficult and less accurate. ## Precision Metal Cutting Explained At New Age Metal Fabricating, [our custom CNC milling services](https://www.namf.com/custom-cnc-milling-for-aerospace-components-quick-precise-quality/) offer you the benefits of the most advanced technology that is available today. We can cut all types of metal with: - Consistency and repeatability - Exceptional detailing - Complex shapes, handled with incredible accuracy - Superior edge finishes - Extreme cost-effectiveness, due to speed and efficiency - Tabbing and slotting, engineered part designs In the Defense and Aerospace industries, there is no room for error. Laser technology is also perfectly suited for cutting abrasion-resistant or high-carbon steel. Where these types of hard metals often present challenges, our machining operations will produce clean finishes every time. ### CNC Cutting Services and Metal Fabrication Services Because we are a full-service company, there is no need to look elsewhere for some of your custom metal fabrication to be completed. At New Age Metal Fabricating, we provide complete custom metal fabrication support to our customers. Precision metal cutting involves more than one process. The combination of several techniques will result in the desired product. At NAMF and NAPM, we are that single-source supplier you have been looking for. We handle precision manufactured, dip-brazed, and painted products. We do it all without subcontractors. - Laser – [We use a TruLaser](https://www.namf.com/equipment-list/) 2030 4 kW Fiber-Optic laser which can cut 5052, 6061 aluminum alloys, stainless steel, copper and brass. We can cut flat sheets as well as structural materials. - Punching – both New Age Metal Fabricating and New Age Precision Manufacturing operate Amada CNC punch presses that can accommodate sheet sizes up to 50 x 78. Our turret punches have as many as 60 tools in a turret making them able to create simple to complex shapes. - Forming – At both our facilities, we use four CNC press brakes. These form a wide range of angles and radii in aluminum, stainless, copper, and brass. Press brakes bend and form metal sheets to predetermined measurements. - Welding – We carry out welding in both our facilities. Our highly trained welders are certified to weld to [AWS D17.1 and AWS D1.2](https://www.aws.org/certification/detail/aws-d171-specification-for-fusion-welding-of-aerospace-applications). - Chemical Conversion Coating – we hold approvals for chemical conversion coating Mil-Spec Mil-DTL 5541. We offer Type 1, classes 1A and 3, and Type II, classes 1A and 3. - Painting – at NAMF, we offer in-house capabilities for wet paint and electrostatic powder coating. All parts are finished to Mil-Specs and can meet all requirements of Chemical Agent Resistant Coating (CARC). ## Why Choose New Age Metal Fabricating? As precision metal fabricating continues to evolve with technology, NAMF makes every size and shape a high priority. With the use of CNC programming, precision metal cutting is efficient and replaces many of the obsolete processes that have come before. This has made NAMF a valuable partner in the supply chains of many big companies. For the defense and aerospace industries, NAMF is a leader that provides high-quality services that address the needs of companies that need metal cutting for their projects. Through the decades, metal fabrication continues to change. Technologies and processes that were once used are now deemed obsolete as we have moved on to newer and more advanced operations. This is all to your benefit. From traditional milling techniques to advanced laser cutting, CNC programming has replaced so much of what was done before. Precision metal cutting is efficient and exact. It has to be. In the Defense and Aerospace industries, we have stepped up into the leadership role. This is due to the ever-expanding capabilities of our highly-trained and dedicated technicians who continue to meet every challenge brought to them. Every size and shape you need is our priority. We deliver quality parts, on time, for as low a price as possible. Our goal is to provide you with complete manufacturing services because we control every process every step of the way. Look over our website, and be sure to contact us today to discuss your company’s needs. Whatever you need, we have the answers, even if your innovations haven’t been built yet. Our custom CNC cutting services, including work with painted or dip-brazed finished products, are what we do at New Age Metal Fabricating. [Contact New Age Metal Fabricating](https://www.namf.com/contact/) to explore different services and products that will help you and your company. We are here to help you. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/precision-metal-cutting/#) [Terms & Conditions.](https://namf.com/precision-metal-cutting/#) ## Aluminum Brazing vs Welding # Is Aluminum Brazing Stronger Than Welding? March 14, 2022 ![aluminum brazing](https://namf.com/wp-content/uploads/2022/02/aluminum-brazing.jpg) ## Table of Contents - [What is aluminum brazing?](https://namf.com/is-aluminum-brazing-stronger-than-welding/#toc-1) - [What are the practical advantages of aluminum brazing?](https://namf.com/is-aluminum-brazing-stronger-than-welding/#toc-2) - [Are there any limits on aluminum brazing?](https://namf.com/is-aluminum-brazing-stronger-than-welding/#toc-3) - [Is aluminum brazing stronger than welding?](https://namf.com/is-aluminum-brazing-stronger-than-welding/#toc-4) Is dip brazing or welding going to be the best way to join a metal seam on your project? Both dip brazing and welding are proven, widely used methods of joining two pieces of metal together. In the right circumstances, both can offer a strong bond that provides durable, long-lasting performance. That said, there are circumstances where aluminum dip brazing is going to provide a superior bond that adds value to the final construction. Read on to discover what aluminum brazing is and how it differs from welding. We also discuss the applications where aluminum brazing provides a better solution to join than welding. ## What is aluminum brazing? Aluminum brazing involves heating the base metal, but not to the point that it melts. Typically, it will be heated to just about 900°F. The liquid filler metal (a mix of aluminum and silicon, typically in the ratio 88:12) is streamed between the two base metal surfaces in a controlled flow. During cooling, the filler forms strong metallic bonds with the base metal surfaces, creating an extremely strong bond. In contrast, welding doesn’t involve the use of a binder or filler metal. To weld a joint, the two surfaces are heated to their melting point, which is when the two liquid metal surfaces combine. On cooling, a joint is formed. ## What are the practical advantages of aluminum brazing? ### Easier to work with two different metals or alloys If you’re attempting to join two metals or metal alloys with melting points that differ significantly, the use of aluminum filler makes it easier to control the process. For example, if fusing titanium (which has a melting point of 3040°F with steel (which has a melting point of 1510°F), using a filler at around 900-1000°F ensures both surfaces are in the same state during the process. ### Oxide free surfaces On being exposed to air, many metals rapidly acquire a film of oxidized molecules on their surface. Welding two oxidized surfaces together can compromise the integrity of the weld. Unfortunately, keeping the metal surfaces oxide-free for long enough that the weld can be completed is extremely difficult. Whilst metal surfaces can be deoxidized through the use of acid baths or similar, even if the surface is wiped down rapidly with a neutralizer and then welded, air exposure and therefore further oxidation is almost inevitable. In contrast, following chemical cleaning, brazing is usually completed in a controlled atmosphere. This eliminates the risk of oxidation, resulting in joins that aren’t compromised by exposure to the air. ### Porosity Porosity is due to small bubbles of nitrogen, oxygen, or hydrogen that get caught in the molten weld. It can lead to a compromised joint. The brazing process is completed by heating the pre-placed seam in a molten salt bath. The salts act as a flux, facilitating simultaneous heating of all areas of the join. The result is a joint that’s free of porosity and therefore has a greater likelihood of performing well over time. ### Brazing is a fast process Creating a high-grade seam takes literally minutes when aluminum brazing is used. In contrast, welding tends to take longer, not least because the surfaces take longer to reach the required temperature. In addition, the nature of the brazing technique means it’s easier to automate. If you need a high volume of units, automated brazing can result in significant time savings with no compromise in quality. ### Improved appearance Although appearance isn’t always a priority, there are occasions when a smooth joint is preferred for functional reasons. In these circumstances, aluminum brazing works really well. A brazed seam is neat, even, and smooth. In contrast, a welded seam will frequently have a beaded look, as a longer weld is completed in a series of short sections. ### Superior for thin metal joins When you are dealing with very thin metals that need a join (for example sheets measuring 0.005″ or thereabouts), brazing is ideal. Welding is likely to deform a thinner metal before it can be joined successfully. ### Ideal for linear joins Although there is an argument that spot welding is as good as brazing for small “spot” joints, brazing provides the opportunity to make linear joins consistently strong. The join is heated uniformly and the filler flows equally well into every part of the join, regardless of its configuration (curved, straight, or angled). ## Are there any limits on aluminum brazing? The applications to which aluminum brazing offers the best solution are numerous. Provided a fabricator has sufficient capacity, it’s possible to use brazing in place of welding for almost any join. Factors that may limit the use of aluminum brazing include: - The size of the components to be joined. As brazing requires total immersion in the molten salt bath, the length of a join is limited by the size of the bath. - The temperatures to which the joints will subsequently be subjected. As already indicated, aluminum braze melts somewhere between 900°F and 1100°F. If joints are for an application that will be subjected to temperatures in excess of these values, it’s likely that welded joint will be more suitable. ## Is aluminum brazing stronger than welding? If completed correctly and with due attention to minimizing oxidation and porosity, a welded joint will be usually as strong as a brazed one. That said, it is far easier to maintain the conditions needed for a high-grade brazed join than it is to maintain the conditions needed for a high-quality welded joint. On balance, provided other factors (as previously discussed) suggest that a brazed joint is going to be the best option, it’s most likely to give a superior result. Are you working on a project that’s going to benefit from aluminum brazing? The team at [NAMF](https://www.namf.com/) specializes in high-grade aluminum brazing for projects in the aviation, defense, and aerospace sectors. [Contact us](https://www.namf.com/contact/) to find out more about our services and the advantages aluminum brazing can bring. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/is-aluminum-brazing-stronger-than-welding/#) [Terms & Conditions.](https://namf.com/is-aluminum-brazing-stronger-than-welding/#) ## Comparing Steel Fabricators # How to Compare Structural Steel Fabricators April 11, 2022 ![Structural Steel Fabricators](https://namf.com/wp-content/uploads/2022/03/Structural-Steel-Fabricators.jpg) ## Table of Contents - [Proximity to Your Project](https://namf.com/how-to-compare-structural-steel-fabricators/#toc-1) - [Experience in the Business](https://namf.com/how-to-compare-structural-steel-fabricators/#toc-2) - [Work Process](https://namf.com/how-to-compare-structural-steel-fabricators/#toc-3) - [Certification](https://namf.com/how-to-compare-structural-steel-fabricators/#toc-4) - [Insurance](https://namf.com/how-to-compare-structural-steel-fabricators/#toc-5) - [Prices](https://namf.com/how-to-compare-structural-steel-fabricators/#toc-6) - [Customer Service](https://namf.com/how-to-compare-structural-steel-fabricators/#toc-7) - [While You Look for Structural Steel Fabricators, Consider Us](https://namf.com/how-to-compare-structural-steel-fabricators/#toc-8) When researching structural steel fabricators, doing so with careful thought is important. Choosing an ineffective one could prove disastrous for your project. You could not only waste time and money but also have to undo that company’s mistakes. The trick to finding the best options for fabricators is to analyze and compare certain features of each. This article will list and describe many of these. If you’re interested in learning about them, read on. ## Proximity to Your Project The first fact you should learn is the location of a fabricator. This is not something that should surprise you at the end of your search. You might find a business that has the best versions of all the aspects below. Once you’re satisfied, you’ll go to order your custom steel products. You’ll then learn that they’re located rather far away from your project’s location. Despite this, you may still go through with your order. As a result, when you receive the invoice, you’ll find it’s much higher than you thought. This is because shipping costs can be expensive in certain cases. However, you may know about the high expenses of shipping. In this case, you may still feel regret at having wasted all that researching time. Another thing to consider besides shipping expense is the dangers of shipping. Steel products can get lost or damaged during transportation. For both reasons, the shipping time should be as short as possible. Thus, choose a fabricator that’s the closest to your project’s location. ## Experience in the Business Choose a company with more [steel fabrication experience](https://www.namf.com/about-us/) over one with less of this. By doing so, you can feel certain about two factors. The first is that the company has enough quality and reliability to have lasted long. The second is that they’re less likely to make the mistakes of a less experienced company. Also, research how much experience it has in your industry. This action will prove that it can handle your unique project. There are many ways in which you can learn about a company’s experience. One is to ask them and research about their history and past projects. Another is to seek reviews and references from past clients. You can also check out organizations such as the [Better Business Bureau](https://www.bbb.org/mission-and-vision). ## **Work Process** A third way to know if a company can handle your request is to research their steel fabrication process. It’s important to know each company’s capabilities, equipment, workforce, and facilities. Comparing these can help you eliminate companies with which you don’t want to work. For example, a company may have a smaller facility and workforce. This may be okay if your project is on a smaller scale. However, if yours is larger, it may be difficult for a smaller company to finish your needs in time. In addition, you want to make sure that a [company’s equipment](https://www.namf.com/equipment-list/) is up-to-date. This doesn’t just show its capability in completing your project. It can also show that it will spend expenses where necessary and won’t cut corners. Most importantly, you want to make sure the fabricator is capable of all the processes you need by itself. A company may subcontract part of its steel fabrication process to someone else. This can make it difficult to ensure quality and price. Therefore, your idle company should handle every part of the project. This includes estimation, detailing, fabrication, finishing, and installation. ## Certification It’s a good idea to choose a certified steel fabrication company over an uncertified one. The former has proven its quality and safety to a reputable authority. Thus, it’s more certain that they can handle what you ask of them. The most steel fabrication certification is one from the [American Institute of Steel Construction](https://www.aisc.org/about-us/) (AISC). They are a Chicago-based company that works to make the steel industry as strong as possible. In addition to their research, education, and advocacy efforts, they run yearly audits for steel companies. A fabricator can also get accredited by organizations like the Better Business Bureau. With this, a company has proven that can resolve customer complaints well. ## Insurance A fabricator with insurance is one that you can rely on. If a product gets damaged during its creation, you won’t suffer from any financial loss. In addition, a company with insurance is more likely to take ownership of all liabilities. ## Prices Comparing fabrication costs is important, but it’s one of the last things you should check. It’s easy to feel attracted to cheaper service prices. However, going after this may cause you to receive less than optimal work. Therefore, compare prices only when you’re making a tough decision. That way, you’ll already know you’re getting great quality service. All you need to focus on now is getting the best deal. ## Customer Service Finally, compare the customer service of different companies. You want to make sure that a company will provide you with reliable help. If it doesn’t, your project may suffer from miscommunication. You can do each company’s customer service by calling them. Then, you can ask them several questions. Consider how kindly you’re treated and how well the operators answer your questions. After, you can choose the company that you feel will support you the most. ## While You Look for Structural Steel Fabricators, Consider Us Along with the factors on this list, you can also come up with some of your own. Consider what the best structural steel fabricators would look like to you or others. If you use the list above alongside your own, it’s highly likely you’ll find the right company. Also, while you’re searching for a steel fabricator, consider hiring us. We offer [fast, collaborative services](https://www.namf.com/metal-fabrication-services/) that use innovative technology. When you add this to over 50 years of service in the industry, you can feel assured that we will meet your needs. [Contact](https://www.namf.com/contact/) us today. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/how-to-compare-structural-steel-fabricators/#) [Terms & Conditions.](https://namf.com/how-to-compare-structural-steel-fabricators/#) ## Precision Welding Solutions # New Jersey Company Perfects High Precision Welding for the Aerospace Industry April 18, 2022 ![precision welding](https://namf.com/wp-content/uploads/2022/03/precision-welding.jpg) ## Table of Contents - [What Is High-Precision Welding and How Does It Benefit the Aerospace Industry?](https://namf.com/precision-welding-for-the-aerospace-industry/#toc-1) - [How Does NAMF Benefit the Industry With Its Advancements?](https://namf.com/precision-welding-for-the-aerospace-industry/#toc-2) - [What Makes Their Processes Different?](https://namf.com/precision-welding-for-the-aerospace-industry/#toc-3) - [Real-World Applications for Precision Welding](https://namf.com/precision-welding-for-the-aerospace-industry/#toc-4) - [Have Your Designs Built](https://namf.com/precision-welding-for-the-aerospace-industry/#toc-5) Precision welding is typically used for just about any parts dimensional tolerances that are tighter than most, or for smaller parts in general. There are multiple applications for it. Additionally, it’s an essential process for manufacturing in the aerospace and military industries. It joins materials together to form sturdy, reliable products. The New Jersey company New Age Metal Fabricating (NAMF) has perfected the precision welding process, and we’re going to take a look at how. Interested in finding out more about this company and its advancements? Keep reading to find out how you can streamline your next project. ## What Is High-Precision Welding and How Does It Benefit the Aerospace Industry? Precision welding is a process in which welds are applied to a working piece. This happens in more of a controlled and precise manner. There are four main welding processes: - Gas metal arc welding - Shielded metal arc welding - Gas tungsten arc welding - [Flux arc welding](https://www.corrosionpedia.com/definition/4521/flux-cored-arc-welding-fcaw) The main advantage of precise welding technology is that it can reduce the weight of the engine. Additionally, high precision welding reduces overall cost. It can also simplify structural design. The process can help to improve the performance of your products while adding value as well. Most of the time, electric arc welding is the option of choice in the aerospace industry. However, high precision welding is versatile and is suitable for various types of metals. ## How Does NAMF Benefit the Industry With Its Advancements? New Age Metal Fabricating is a leading full-service metal fabricator. They specialize in metal fabrication for the defense and aerospace industries. NAMF offers multiple services, including the following: - Dip brazing - Custom CNC milling - Metal fabrication NAMF has developed processes that have streamlined high-precision welding. NAMF has also simplified the different application processes of high-precision welding. [Expert welding techniques](https://www.namf.com/metal-fabrication-services/) are possible with advanced equipment. They’re also possible through efficient product prototyping with shorter lead times. You can implement expert welding techniques in different ways, using either conventional or advanced equipment. The welding process is also used across a range of different alloys and other materials. A project may require high-quality forming. This includes fabricating your metal parts through a wider range of angles. It could also require fiber optic equipment. This type of equipment would be for making precise cuts into multiple materials. This equipment can also be used for the reliable cutting of materials with multiple thicknesses. ## What Makes Their Processes Different? NAMF offers [collaborative design processes](https://www.namf.com/prototype-machining-services-nj-ny/) and quick turnarounds for new product prototyping. You can modify manufacturing workflows in various ways, and NAMF has done just that. They included specific quality control methods and custom fabrication solutions. They also included the use of collaborative and efficient designs. Doing all this has made the high precision welding process more simplified. Using certain technical expertise to develop new solutions allows for new openings. This means that different project goals and expectations are reachable in less time. Being able to advance different precision processes requires a high level of accuracy. More precise and efficient welding processes happen because of greater weld accuracy. This also includes widening the range of versatility for different applications, as well as acquiring power supply advancements. ## Real-World Applications for Precision Welding There are many real-world applications for precision welding in the aerospace industry. It’s actually used extensively in the aerospace and military industries. This is because of the need for high-quality and durable products. There are often parts subjected to high levels of stress and intense conditions. These parts require a reliable high precision welding process. Precision welding helps ensure that these products meet rigorous standards and that they work as they should. Offering turnkey solutions requires high-quality products. It also requires strength and safety in the overall process. Here are five real-world applications where precision welding is essential: ### Aerospace Manufacturing With this, there may be small parts that need to be welded together with extreme accuracy. Any misalignment can result in a product that doesn’t function in the proper way or is unsafe. Precision welding ensures that these parts fit together how they should. It also ensures that they can withstand the stresses of flight. ### Weapon Manufacturing The manufacturing of weapons also requires precision welding. These products need to be able to withstand high levels of stress and vibration. The same goes for any imperfections that could cause operational or mechanical failure. ### Spacecraft Manufacturing The construction of a spacecraft also relies heavily on precision welding. The parts that make up these vessels must be able to withstand the rigors of space travel. This is because, any flaw could jeopardize the safety of the crew and mission. [TIG welding](https://www.tws.edu/articles/tig-welding-overview-and-applications/) is often used for this application. However, with sensitive work specific to this type of manufacturing, reliable and advanced technologies should be used. ### Automotive Manufacturing In the automotive industry, precision welding is for creating strong and durable parts. You want them to be durable enough to stand up to the demands of driving. You also want them durable enough to withstand outside forces. The same goes for elements around the vehicle. ### Pressure Vessel Manufacturing Pressure vessels are often used in a variety of industries. They must be able to withstand high levels of pressure. This is because they’re designed to actually hold materials at high pressures. You usually use flux-arc or shielded metal arc welding for this. These vessels are often made from multiple parts. Those parts will often need to be welded together, and using precision welding techniques simplifies this. ## Have Your Designs Built NAMF is a leading expert in precision welding and manufacturing. We focus on providing expert knowledge and comprehensive services. Our state-of-the-art equipment, machines, and solutions exceed the expectations of our clients. The goal is to ensure your designs become a reality by using a problem-free construction process. Whether you need high-quality forming, laser cutting, or expert welding services, our team at NAMF can help. Interested in learning how to turn your ideas into a reality while remaining efficient? [Get in touch with us](https://www.namf.com/contact/) today to see how we can streamline your project. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/precision-welding-for-the-aerospace-industry/#) [Terms & Conditions.](https://namf.com/precision-welding-for-the-aerospace-industry/#) ## Brass Milling Overview # Precision Brass Milling in the Manufacturing Process May 2, 2022 ![Brass Milling](https://namf.com/wp-content/uploads/2022/04/brass-milling-1080x864-1.jpg) ## Table of Contents - [What Is Brass Milling?](https://namf.com/brass-milling-in-manufacturing/#toc-1) - [Three Factors That Define Brass Milling](https://namf.com/brass-milling-in-manufacturing/#toc-2) - [Horizontal vs. Vertical Milling](https://namf.com/brass-milling-in-manufacturing/#toc-3) - [Why Is Brass Good for Machining?](https://namf.com/brass-milling-in-manufacturing/#toc-4) - [The Role of Brass Milling in a Manufacturing Process](https://namf.com/brass-milling-in-manufacturing/#toc-5) When it comes to critical custom parts for the defense or aerospace industries, there can be no room for error. To create the high precision parts needed, brass milling combines the accuracy of computer numerical controlled (CNC) milling machines, with the unique qualities of brass. Together, they create parts that meet the strict requirements of high-demand environments. If you’re interested in knowing more about the process of brass milling, read on for a quick overview of what it’s all about. ## **What Is Brass Milling?** Precision brass milling is a machining process that enables the [production of precisely formed components](https://www.namf.com/precision-metal-cutting/). Rotary cutters remove material by being pressed into a workpiece using a CNC milling machine that performs many separate, small cuts to shave chips off the workpiece. The two major classes of milling are: - Face milling: Used to cut flat-bottomed cavities, or flat surfaces into a workpiece - Peripheral milling: The cutter blades scoop material out from the workpiece to create deep slots, threads, or gear teeth Milling machines use the processes such as drilling, boring, and grooving to manufacture parts with various finishes, as desired. ## **Three Factors That Define Brass Milling** There are three factors that set brass milling apart from other manufacturing processes: ### **1\. Clamping** As the router rotates at 5000-6000 rpm, tremendous force exerts on the workpiece from the top down and sideways which makes clamping it from the top and sides is essential. The base plate can be made of polycarbonate or metal. Dowel pins, normally made from steel, clamp the workpiece down. The dowel pins slot into the baseplate and hold the workpiece in place. The clamps and base plate are water-resistant as the CNC milling process usually requires a spray of coolant to prevent a meltdown as the process generates heat. ### **2\. End Mills** The rotational power in CNC Milling comes from the router, while the brass is cut using end mills coated in carbide. There are three basic types of end mills: - Flat end mills are best for clearing away material - A round nose mill is ideal for smooth finishing passes - V-Type is used for engraving into non-ferrous alloys such as brass. The bits are available in different flute counts, single, double, and four-flute. The flute is the cutting edge of the mill that shears off the material when spinning at high speed. The single flute is usually used for brass as it removes the sheared metal quickly and doesn’t give the brass a chance to melt and cause clogging which could happen with higher flute counts. ### **3\. Feed Rate and Plunge Cut** Feed rate is the speed that the router takes to get from one point to the other. Slower speeds allow for better milling, but slow speeds make the process of milling take longer. This costs both energy and production time. Finding the right balance for each project is key. Plunge depth refers to how deep the end mill goes into the metal at each pass and is measured in millimeters. While wood milling can cut up to 4mm deep with each pass, brass can be removed at approximately 0.15mm at a time to prevent breaking the end mill. ## **Horizontal vs. Vertical Milling** Different types of milling machines are used for different applications. The most common two categories of milling machines or vertical and horizontal. The two types of machines complement each other and provide outstanding flexibility to the manufacturing process. These are the factors that influence which machine is best for the application: - Cut accuracy: For precision brass milling where greater accuracy is required, vertical machining centers give a better result - Material removal rate: Horizontal machining allows bigger cuts at a similar cutting tool speed - The number of sides requiring machining: Vertical milling machines are better suited to a single plane, while horizontal milling machines work well for multiple sides needing to be machined at various angles - Customization required: Both milling machines can work with a variety of tools, but the horizontal milling machine allows for much greater customization In summary, the horizontal milling machine is far more versatile than its vertical counterpart. ## **Why Is Brass Good for Machining?** Brass is a zinc-copper alloy that is a versatile metal. It offers a highly durable end product. Here are some other factors that make it an ideal choice for milling. ### **High-Speed Machining** As the mechanical properties of brass are high strength, shear resistance, and high tensile strength, brass offers excellent machinability. All these factors enable brass to be machined at high speed, five to twenty percent higher than other CNC machining processes. ### **Precision Machining and Stability** Brass displays excellent dimensional stability, making it suitable for strict tolerance manufacturing. The dimensional stability of brass is due to its high impact resistance and lower deformation factor. This makes it an [ideal material for prototyping](https://www.namf.com/prototype-machining-services-nj-ny/) new designs. ### **High Tool Compatibility** Brass offers friction-free machining and negligible chip formation which reduces tool wear and tear. Brass rod workpieces are usually preferred for CNC milling as they are compatible with various machining tools. ### **Material Grade Variety** Brass is [available in different grades](https://www.thoughtco.com/brass-types-3959219) that have different applications. These are two of the main grades of brass available: - Brass C35300 grade: Offers higher immunity against wear and tear, less operational friction, and corrosion resistance - Brass C36000 grade: With superior machinability, this grade is for producing intricate parts that demand precise dimensional manufacturing ### **Higher Production Levels and Profitability** As brass CNC machining is a fast, precise process, it increases the efficiency of the process which leads to higher production levels. Repair, maintenance, and tool replacement costs are relatively low, and tool durability in the brass milling process is high. Post-machining treatments aren’t needed with brass milling. All these factors contribute to increased productivity and higher profit margins. ### **Eco-friendly Operation** The brass used in brass milling is a copper alloy that remains similar to natural copper in terms of chemical properties which makes it [an eco-friendly material](https://www.recyclingtoday.com/article/eco-brass-lead-bismouth-free-alloy/) to work with. Brass CNC machining doesn’t emit chemicals or harmful gases into the atmosphere. Brass milling is a zero scrap process as all the excess materials and shaving are 100% recyclable, making it an eco-friendly process. ## **The Role of Brass Milling in a Manufacturing Process** Brass milling offers components that are useful across all different industries and applications because of their precise design and the benefits that brass offers. Whatever you design, we can make it. If you’re looking for a precision cut solution, [contact us today](https://www.namf.com/contact/) to discuss your requirements. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/brass-milling-in-manufacturing/#) [Terms & Conditions.](https://namf.com/brass-milling-in-manufacturing/#) ## Vacuum Brazing Techniques # Popular Vacuum Brazing Techniques May 9, 2022 ![vacuum brazing](https://namf.com/wp-content/uploads/2022/04/popular-vacuum-brazing-techniques-1680x1121.jpg) ## Table of Contents - [What Is Vacuum Brazing?](https://namf.com/popular-vacuum-brazing-techniques/#toc-1) - [How Does Vacuum Brazing Work](https://namf.com/popular-vacuum-brazing-techniques/#toc-2) - [Vacuum Brazing Techniques](https://namf.com/popular-vacuum-brazing-techniques/#toc-3) - [Ideal Situations for Vacuum Brazing](https://namf.com/popular-vacuum-brazing-techniques/#toc-4) - [Vacuum Brazing Services](https://namf.com/popular-vacuum-brazing-techniques/#toc-5) What are some things that were never intended to be combined? Packers fans and Bears fans, Star Wars fans and Star Trek fans. It seems like metals shouldn’t be combined, but combining them gives the best options for certain applications. The key is to combine them in a way that maintains the strength for their role. Vacuum brazing is one of the cleanest and most consistent ways of combining metals together. It allows for joints and other unique metal designs to maintain their full integrity for heavy-duty applications. Keep reading to find out the benefits that vacuum brazing could bring to your [metal fabrication](https://www.namf.com/metal-fabrication-services/) needs. ## **What Is Vacuum Brazing?** Brazing is two metals joining together for a specific job. The metals are often different types and join together with a filler metal. This process is accomplished by heating the metals to the point they connect. Vacuum brazing focuses on creating a finished joint in an oxidation-free environment. This produces a stronger metal without having to add different procedures to keep oxides from forming. Oxides can form on brazed metals and weaken the metal itself. This is why combining them in an oxide-free environment is important. The brazed parts are clean of residue because of the nature of the process, so cleaning the part after brazing isn’t necessary. Most parts come out with a grey finish ready for service. ## **How Does Vacuum Brazing Work** Vacuum brazing creates an environment that maintains a consistent temperature during the process. This keeps the metals from having to reach a full melting point for them to merge. The area is cleaner because there is less need for other metals. Many types of brazing leave a flux residue due to the nature of the connecting process. Vacuum brazing is a flux-free procedure that keeps flux residue from forming. This environment helps to maintain the strength of the metals. Their integrity is not lost in an overheated temperature. So the metals come out clean and stronger for their intended use. Other types of brazing like [torch welding](https://prowelding.org/brazing-vs-welding/) heat the metal to higher temperatures. This can cause the metal to overheat and warp or melt. When this happens the metal integrity can be compromised. Many companies are using vacuum brazing because of its ability to provide high-quality mass-produced joined metals. The aerospace and military industries are finding many benefits of vacuum brazing for their specific metal parts needs. ## **Vacuum Brazing Techniques** The benefits of vacuum brazing methods come in their core techniques used in the process. These techniques open the door to greater applications for specific industries like the [aerospace industry](https://www.namf.com/custom-enclosure-fabrication-for-the-aerospace-industry/) that need complicated parts. ### **Temperature Regulation Benefits** Vacuum blazing brings the ability to maintain a continuous temperature over a long period for brazing. This helps companies that have a high number of pieces for the brazing process. The process can be repeated for all of the pieces with consistent temperatures. There is even the option to add different style pieces during a brazing session. The pieces can have their temperature needs programmed into the furnace. The furnace can then provide the exact temperature specifications for each piece, even if they are different for every single piece. Temperatures can also be maintained for long periods of time for larger pieces needing brazing. ### **Contaminant Free Environment** The key to successful vacuum brazing services comes down to the heat and the environment. The environment must be clean and contaminant free. Inspections and cleaning should be part of regular maintenance. Cleaning and checking for the build-up of materials such as magnesium in aluminum brazing help to maintain a better brazing vacuum. Often operators will open up the vacuum and use air and cleaning vacuums to keep it clean. The inspection process can be something as simple as visually inspecting the vacuum or as complicated as tests of the vacuum’s integrity itself. Leak tests are a regular occurrence in the vacuums. Inspectors will also run baseline tests of specific metals to see how they compare at different times. This helps them to see if their last cleanup was effective and if cleaning is needed for the current cycle. Burnouts are another common cleaning procedure where the vacuum is heated to extremely high heat. This burns out impurities and helps to maintain the integrity of the vacuum. ## **Ideal Situations for Vacuum Brazing** Vacuum brazing works well when joining together cross-sections. The parts can be very thin or very thick. The consistent temperature settings make this process much easier than other brazing techniques. When small components have many different junctions, vacuum brazing helps to make sure they are all sealed correctly. It also works well with parts containing deep joints that are hard to access. When companies need parts that contain different types of metals, vacuum blazing can accommodate them. It can join metals such as stainless steel and copper into one seamless piece. Large vacuums give the ability to apply brazing to large metal pieces. They can also work with pieces that have many joints that need connecting. ## **Vacuum Brazing Services** Vacuum brazing has grown in popularity because of its cost-effective consistency. The aerospace industry and the defense industry are finding the benefits of using vacuum brazing for their specialized parts needs. New Age Metal Fabricators (NAMF) has been a build to print manufacturer for the defense and aerospace industry since 1979. We bring cutting-edge technologies and years of experience to every project. [Contact us](https://www.namf.com/contact/) about your metal fabricating needs and see how we can customize a perfect solution for you. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/popular-vacuum-brazing-techniques/#) [Terms & Conditions.](https://namf.com/popular-vacuum-brazing-techniques/#) ## Milling Machine Comparison # Vertical vs. Horizontal Milling: What’s the Difference? June 15, 2022 ![Vertical vs. Horizontal Milling](https://namf.com/wp-content/uploads/2022/05/vertical-vs-horizontal-milling.jpg) ## Table of Contents - [So, What Is Milling?](https://namf.com/vertical-vs-horizontal-milling-whats-the-difference/#toc-1) - [What Is a Vertical Milling Machine and How Does It Work?](https://namf.com/vertical-vs-horizontal-milling-whats-the-difference/#toc-2) - [Benefits of the Vertical Milling Machine](https://namf.com/vertical-vs-horizontal-milling-whats-the-difference/#toc-3) - [What Is a Horizontal Milling Machine and How Does it Work?](https://namf.com/vertical-vs-horizontal-milling-whats-the-difference/#toc-4) - [Benefits of the Horizontal Milling Machine](https://namf.com/vertical-vs-horizontal-milling-whats-the-difference/#toc-5) - [A Recap of What Milling Machines Do and a Comparison of Both](https://namf.com/vertical-vs-horizontal-milling-whats-the-difference/#toc-6) - [We Can Help](https://namf.com/vertical-vs-horizontal-milling-whats-the-difference/#toc-7) Did you know that milling machines are one of the most significant machines in use, today? In 2018, the global [market size for milling machines](https://www.grandviewresearch.com/industry-analysis/milling-machine-market) was valued at USD $63,156.5 million! Vertical and horizontal milling machines are growing in popularity as the demand for these mills is at an all-time high. And, it doesn’t seem to be slowing down anytime soon. These robust machines are utilized for many tasks during the manufacturing process and are a vital tool used in the engineering industry. We’re going to take a look at what milling is, the different types of milling machines available on the market, and why you may need one. ## So, What Is Milling? Milling is a technique used to remove unwanted metal and materials from a workpiece. It accomplishes this by using a rotary cutter. Traditional milling machines have a motor-driven revolving spindle. The spindle is mounted on top of the worktable and moves along one or two axes and has a variety of speed settings. It has blocks, vices, or chucks that will hold the item that needs cutting in place. There may be a power feed installed on the worktable depending on the mill type. Most milling machines fall into one of two categories, [vertical or horizontal](https://www.namf.com/cnc-vertical-horizontal-milling-services/). It all depends on the rotation of the spindle and the types of milling you’re needing to perform. Vertical and horizontal milling machines perform similar tasks, but the process will differ. Both types have pros and cons and each is better suited to specific tasks. The following is a simple comparison between both horizontal and vertical mills. We’ll begin with the vertical milling machine. ## What Is a Vertical Milling Machine and How Does It Work? The most common type of milling machine is a vertical milling machine. It’s called that because it has a vertical cutting head or spindle. A rotating cutting tool is held against the workpiece by the spindle. The spindle will move in a vertical direction along the Y-axis. Vertical mills are perfect for jobs that have one side that needs working on, such as sectioning or finishing, as with end millwork. ## Benefits of the Vertical Milling Machine There are several benefits of the vertical mill that make it a good choice for many individuals. Let’s check them out: ### It’s Popular Vertical mills, also known as knee mills, account for most of the milling equipment in the country. In metalworking vertical mills often don’t cost as much as the heavier milling machines. Production parts manufactured on knee mills can cost less. This is because of the minimal upfront investment. These mills are the most used in machine shops across the country, so skilled operators are easier to come by. ### It’s Easy to Use Vertical mills have construction that provides operators with better visibility while they work. This increases the operator’s chance of discovering and fixing possible issues. Digital readouts and CNC controls (computer numerical controlled) make tracking the position of the workpiece even easier. And, programming CNC mills are simple thanks to the [popular use of G-code.](https://gcodetutor.com/cnc-machine-training/cnc-g-codes.html) ### It’s Flexible Vertical mills are perfect for smaller manufacturing projects because of their versatility. Vertical mills are ideal for prototyping, custom jobs, or special-order product lines that need high precision. ## What Is a Horizontal Milling Machine and How Does it Work? Horizontal milling machines, like vertical milling machines, have a rotating spindle. The spindle is above the bed in a horizontal position. The cutting tool, which is usually a disc that looks like a saw blade, travels along the length of the spindle. The horizontal mill can remove material from the workpiece and act as a planing tool. The horizontal mill, when combined with a rotating table, becomes almost as versatile as a vertical mill. This is great for those needing options without having to shell out the big bucks for both. ## Benefits of the Horizontal Milling Machine Just as with vertical milling machines, the horizontal milling machine holds its number of selling points. For some buyers this is the best choice. Let’s find out why: ### It Makes Deeper and Heavier Cuts Horizontal milling machines can cut deeper than vertical milling machines. Most often, horizontal mills have more horsepower and wider beds. This makes them excellent for heavy-duty jobs. Many manufacturing companies use these machines to make cuts like slots or grooves. They’re also capable of milling tasks when positioned at various angles. ### It Evacuates the Chips Gravity helps pull the chips out of the horizontal mill during cutting. This is due to the horizontal mill’s layout. Cleaner surface finishes and less work are the results of improved chip evacuation. ### It’s More Solid in Construction Horizontal mills are most often used for big production projects in heavy industrial environments due to their construction. [A stronger structure means](https://www.namf.com/stainless-steel-laser-cutting-services-for-the-aerospace-industry/) the machine will vibrate less, and operate more smoothly than vertical mills. ### It’s More Efficient in Productivity Many horizontal mills are ideal for big volumes and difficult workloads. This is due to the integrated pallet changers, options for spindle speeds, and heavy-duty jigs. Horizontal mills also give more stability, durability, and power. Horizontal milling machines are preferred among many in metalworking because one of these machines has the ability to perform the amount of work that would take more than one vertical mill. ## A Recap of What Milling Machines Do and a Comparison of Both As you can see, milling machines have a variety of uses. They come in several sizes, from small ones that can be used in homes or garages to larger ones that need warehouse space to operate. Milling machines use a variety of tools to cut or drill into raw materials in order to create shapes and finished products. They can drill, thread bolts, and build precise forms out of any material. ### The Horizontal vs Vertical Milling Machine Showdown Both types of milling machines have their advantages and disadvantages. The decision you will make between the two depends on the type of milling you need. The number of planes which a component needs milling, and the shape and size of the piece, are all important things to consider when deciding whether vertical or horizontal milling is best for you. Horizontal milling is excellent for larger projects that need work on many sides. Vertical milling [works best for die sinking](https://www.aboutmechanics.com/what-is-die-sinking.htm). Many products are milled on either type of machine as long as the proper technique is being used. On both vertical and horizontal mills, you can use [CNC (computer numerical controlled)](https://www.recentonline.ro/021/Catrina_D_01a-R21.pdf) technology. It can automate milling for fine control. Especially on difficult milling processes or when needing precise repetition. Operators can also use a variety of add-on parts and cutting heads to convert a horizontal mill to vertical milling. This is a huge benefit for a small shop that only needs one type of mill. It enables the operator to have a greater range of milling options on a single machine. That’s handy when it comes to less common applications. ## We Can Help NAMF is an industry pioneer in the production of durable dip-brazed enclosures and precision machined parts, as well as being known as a thought leader in the military and aerospace manufacturing industry. We can help you decide on a horizontal milling machine that will work best for you. We also have a selection of products and services that will benefit your business. [Contact us for](https://www.namf.com/contact/) details, or check out our blog that’s loaded with useful information. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/vertical-vs-horizontal-milling-whats-the-difference/#) [Terms & Conditions.](https://namf.com/vertical-vs-horizontal-milling-whats-the-difference/#) ## CNC Punch Press Prototyping # How a CNC Punch Press Can Speed up the Prototyping Process June 20, 2022 ![CNC punch press](https://namf.com/wp-content/uploads/2022/05/how-a-cnc-punch-press-can-speed-up-the-prototyping-process-1680x1120.jpg) ## Table of Contents - [How Does a CNC Punch Press Work?](https://namf.com/cnc-punch-press-prototyping/#toc-1) - [What Are the Benefits of a CNC punch press?](https://namf.com/cnc-punch-press-prototyping/#toc-2) - [What Are the Drawbacks?](https://namf.com/cnc-punch-press-prototyping/#toc-3) - [How Does a CNC Punch Press Speed up the Prototyping Process?](https://namf.com/cnc-punch-press-prototyping/#toc-4) - [So, What Do I Do Next?](https://namf.com/cnc-punch-press-prototyping/#toc-5) In a modern era when time is of the essence, maintaining efficiency is worth its weight in gold. This is where CNC punching could come in handy. So, what’s a CNC punch press? CNC punching is the industry standard acronym for “Computer Numerically Controlled Punching.” In simple terms, this is a piece of machinery used to stamp shapes into sheet metal. These pieces of tech use software to generate patterns which are then printed into the metal. It’s a fantastic way to get impeccable results every time. So, how does this extraordinary hardware help speed up the [prototyping process](https://www.namf.com/cnc-rapid-prototyping/)? Read on to find out. ## How Does a CNC Punch Press Work? The range of a CNC punch machine is extensive because it can be programmed to create any required pattern. So, in the same way, a 3D printer uses coordinated points to create an unlimited variety of designs; a CNC punching press can create anything from a basic circle design to a much more intricate pattern as per the CAD file. The materials used in a CNC punching press are also extensive. Copper, plastic, wood, whatever may suit your needs. ## What Are the Benefits of a CNC punch press? Now that we’ve covered the basics of CNC punching let’s look at some of the benefits. Most notably these are: - Speed - Cost-effectiveness - Customization - Energy efficiency ### Speed A considerable benefit of this kind of mass production is the speed. With a faster stroke speed, a CNC punching press can achieve results in a shorter space of time. The time efficiency is only helped because it uses essential tools to make various shapes. The transition between these tools is seamless due to the computer-aided design. ### Cost-Effectiveness The fact that the CNC punch process works at high speed means that the cost of using it is less than other manufacturing methods. Of course, it goes without saying that this is a significant benefit when creating on a large scale. ### Customization The very nature of [computer-aided design](https://whatis.techtarget.com/definition/CAD-computer-aided-design) lends itself to flexibility. The CNC punching press can make it as long as you can design it. This opens the manufacturing industry up to an almost unending series of options. ### Energy Efficiency The efficiency of this piece of kit in other areas means fewer machines are needed to achieve the same goal. Also, they aren’t required to function for as long because of their speed. For the environmentally minded, this stands as a massive bonus to its already substantial list of benefits. ## What Are the Drawbacks? Obviously, no process comes without pitfalls, and CNC punching is no different. However, most of these disadvantages are easily managed. That said, there are some notable drawbacks of the CNC punching press. ### Noise Production The noise level of these machines is very high, as you might imagine. This can sometimes be considered unsafe in terms of a working environment. To combat this, manufacturing technicians and engineers should adhere to workplace health and safety regulations such as [ear defenders and PPE](https://www.fda.gov/medical-devices/general-hospital-devices-and-supplies/personal-protective-equipment-infection-control). ### Waste Compared to manufacturing techniques such as laser cutting, CNC Punching creates more waste due to the punched-out pieces of metal. This is an unavoidable side effect. However, depending on the material being used, there is always the option to recycle the leftover scraps. This would maintain an eco-friendly standard. ### Thickness Maximum The maximum thickness of sheets that can be cut in this way is ¼ of an inch. This gives what would be an unlimited process some small parameters. However, this is not a huge issue when considering the variety of options still on the table. ## How Does a CNC Punch Press Speed up the Prototyping Process? For those who don’t know, a prototype is a mock-up of a finished product. Prototyping is an essential part of the manufacturing process. Not only does it help to establish the dimensions and practical ramifications of the design, but it also goes a long way to securing contracts with buyers. The physical presence of a prototype shows interested parties exactly what they are investing in, the product’s look, feel, and experience. Not to mention an opportunity to ask more directed questions or raise issues with the design. CNC punching can also speed up the shipping process of manufacturing products. Because the press uses flat sheets of metal means, products can either be shipped as a fully assembled piece or as a flat pack. This allows some flexibility with the manufacturing time and the rate at which the product is shipped and sold. In addition, it enables companies seeking a contract to have this freedom when they’re selling the final product to their customers. Having efficient and cost-effective prototype production can be hugely important to any company that makes money from physical products. The faster a high-quality prototype can be made, the sooner it can be used as an example of the final product. Needless to say, this accelerates sales and has the potential to help you generate a higher revenue stream. It goes without saying, this is a healthy goal for any company, whether large or small! ## So, What Do I Do Next? In summary, a CNC punch press is a hugely beneficial resource when making metal prototypes. It’s a fast, cheap, and environmentally friendly method of manufacturing. It also has the benefit of being completely flexible. Its CAD system means that anything can be done and achieved in the most efficient way possible. So, if you’re interested in finding out more about CNC punching and how it can benefit your prototyping manufacturing, feel free to [contact us](https://www.namf.com/contact/). [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/cnc-punch-press-prototyping/#) [Terms & Conditions.](https://namf.com/cnc-punch-press-prototyping/#) ## Large Aluminum Enclosures # The Aerospace Industry’s Leading Large Aluminum Enclosure Manufacturer July 5, 2022 ![large aluminum enclosure manufacturer](https://namf.com/wp-content/uploads/2022/06/large-aluminum-enclosure-manufacturer.jpg) ## Table of Contents - [What Is NAMF and What Do They Do?](https://namf.com/large-aluminum-enclosure-manufacturer/#toc-1) - [AS9100C Certified and NADCAP Approved](https://namf.com/large-aluminum-enclosure-manufacturer/#toc-2) - [The History of the Company](https://namf.com/large-aluminum-enclosure-manufacturer/#toc-3) - [How NAMF Can Help You](https://namf.com/large-aluminum-enclosure-manufacturer/#toc-4) - [The Benefits of Using Large Aluminum Enclosures in Aerospace Applications](https://namf.com/large-aluminum-enclosure-manufacturer/#toc-5) - [Some of NAMF's Excellent Services](https://namf.com/large-aluminum-enclosure-manufacturer/#toc-6) - [NAMF's Processes Explained](https://namf.com/large-aluminum-enclosure-manufacturer/#toc-7) - [Excellent Customer Service](https://namf.com/large-aluminum-enclosure-manufacturer/#toc-8) - [Contact NAMF Today](https://namf.com/large-aluminum-enclosure-manufacturer/#toc-9) NAMF has been a ruggedized large aluminum enclosure manufacturer for the aerospace industry since its inception. We have the sophisticated tools, highly-skilled labor, and best practices in the industry to ensure that your enclosure is manufactured flawlessly. Our AS9100C certification and NADCAP approval mean that you can trust us to produce a quality product that meets your large aluminum enclosure specifications. ## What Is NAMF and What Do They Do? NAMF is a large aluminum enclosure manufacturer that specializes in enclosures for the aerospace industry. We have the tools, labor, and practices necessary to produce a quality product that meets your specifications. As an [AS91000D certified](https://www.namf.com/what-does-it-mean-to-be-as9100d-certified/) and NADCAP-approved company, you can trust us to deliver a quality product on time and on budget. ### Equipment We Use At NAMF, we offer several different products that may suit the aerospace industry. For example, we offer a variety of sheet metal fabrications such as using topnotch machinery such as: - Trumpf 2030 4000W Fiber Laser - Amada Pega NC Punch 345Q - Amada Vipros NC Punch 357 Queen VP305072 - Amada RG-80 Press Brake - Amada FABIII FBD-8025NT Press Brake - Amada FABIII FBD-1253NT Press Brake - Amada Hydraulic FBD III 8025NT 88-Ton Press Brake - Cincinnati Hydraulic 90CB80 90-Ton Press Brake The products we work with range from 39 “X50” to 60 “X120″, with a maximum length of 106.3”. ## AS9100C Certified and NADCAP Approved If you are in the aerospace industry, you have likely heard of these terms. However, for your convenience, we have put together a quick overview of the two, what they mean, and what the differences are; let’s take a look! ### What Is NADCAP? NADCAP is the National Aerospace and Defense Contractors Accreditation Program. It is a [worldwide cooperative program](https://p-r-i.org/nadcap/) between the aerospace industry and the government that standardizes quality assurance requirements. In order to become NADCAP certified, a company must meet certain criteria and undergo a rigorous auditing process. These criteria include, but are not limited to, the following: - Use of certified personnel - Use of up-to-date facilities and equipment - Implementation of quality assurance procedures ### What Is AS91000D? AS91000D is a standard developed by the aerospace industry that outlines the requirements for [Quality Management Systems](https://www.ibm.com/business-operations/test-management?utm_content=SRCWW&p1=Search&p4=43700068017650865&p5=p&gclid=CjwKCAjws8yUBhA1EiwAi_tpEeRDYSXg6W6esdylV9QIHl_dYMD3_gm-1dLjOOZQJNVce6M_li-aVxoCDJEQAvD_BwE&gclsrc=aw.ds) (QMS). In order to become AS91000D certified, a company must develop and implement a QMS that meets the requirements of the standard. The benefits of becoming AS91000D certified include, but are not limited to, the following: - Improved customer satisfaction - Increased efficiency - Reduced costs ### NADCAP vs AS9100D: The Differences Now that we have looked at what each certification entails, let’s take a look at the main differences between the two. The main difference between NADCAP and AS91000D is that NADCAP is focused on quality assurance, while AS91000D is focused on quality management. Another difference between the two certifications is that NADCAP is voluntary, while AS91000D is mandatory for companies that want to do business with the aerospace industry. Finally, NADCAP certification is granted by an independent organization, while AS91000D certification is granted by the company itself. ## The History of the Company NAMF was founded in 1979 with the goal of becoming the premier large aluminum enclosure manufacturer for the aerospace industry. Since then, we have worked tirelessly to perfect our craft and become the go-to manufacturer for companies in this industry. ## How NAMF Can Help You If you are in need of a large aluminum enclosure for your aerospace application, look no further than NAMF. We have the experience and expertise necessary to get the job done right, on time, and on budget. ## The Benefits of Using Large Aluminum Enclosures in Aerospace Applications There are many benefits to using large aluminum enclosures in aerospace applications. Some of these benefits include: - Reduced weight - Increased strength - Better resistance to corrosion - Improved thermal conductivity ## Some of NAMF’s Excellent Services In addition to large aluminum enclosures, NAMF also offers a variety of [other services](https://www.namf.com/metal-fabrication-services/) that may be beneficial to your aerospace application. These services include: ### Reliable Laser Cutting We use the TruLaser 2030 4kW Fiber-Optic Laser, which is capable of cutting large sheets quickly and accurately. This laser is also equipped with a loading system that can handle large sheets up to 96″ x144″. ### Efficient Punching Our Amada CNC punch press is a high-speed, precision machine that can handle large sheets up to 96″ x144″. This punch press is equipped with a loading system and can punch large quantities quickly and accurately. ### High-Quality Forming Our large CNC press brake can handle large sheets up to 96″ x144″. This machine is equipped with a loading system and can bend large sheets quickly and accurately. ## NAMF’s Processes Explained Additionally, NAMF offers processes that will complete the job from start to finish. These processes are as follows: ### Expert Welding NAMF has a team of highly-skilled welders that are certified in MIG, TIG, and resistance welding. We also have a large welding chamber that can accommodate large sheets up to 96″ x144″. ### Chemical Conversion Coating This process provides a consistent, durable finish that is resistant to corrosion. This process is often used on large aluminum enclosures for the aerospace industry. ### Painting NAMF has a large painting booth that can accommodate large sheets up to 96″ x144″. This booth is equipped with an overhead crane and a loading system. ## Excellent Customer Service At NAF, we not only pride ourselves on providing the best products but also the best customer service. Our team is always available to answer any questions you may have about our large aluminum enclosures or any of our other services. Additionally, we offer quick and efficient quotes that are tailored to your specific needs. ## Contact NAMF Today If you are in need of large aluminum enclosures for your aerospace application, contact NAMF today. We would be more than happy to discuss your specific needs and provide a quote. Thank you for choosing NAMF! Check out our products today or [give us a call!](https://www.namf.com/contact/) [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/large-aluminum-enclosure-manufacturer/#) [Terms & Conditions.](https://namf.com/large-aluminum-enclosure-manufacturer/#) ## Best Steel Fabricators NJ # The Best Steel Fabricators New Jersey Has to Offer July 11, 2022 ![steel fabricators](https://namf.com/wp-content/uploads/2022/06/best-steel-fabricators-new-jersey-1680x1121.jpg) ## Table of Contents - [The Most Experienced Steel Fabricators New Jersey Has to Offer](https://namf.com/best-steel-fabricators-new-jersey/#toc-1) - [Certifications](https://namf.com/best-steel-fabricators-new-jersey/#toc-2) - [Services](https://namf.com/best-steel-fabricators-new-jersey/#toc-3) - [Our Process](https://namf.com/best-steel-fabricators-new-jersey/#toc-4) - [Clients](https://namf.com/best-steel-fabricators-new-jersey/#toc-5) - [The Best Steel Fabricators in NJ](https://namf.com/best-steel-fabricators-new-jersey/#toc-6) Steel fabricators in NJ have top-notch architectural and structural fabrication skills. These experts transform raw steel into industrial and commercial components that last for decades. In 2021 the global metal fabrication market reached a value of [$20 billion](https://www.databridgemarketresearch.com/reports/global-metal-fabrication-market). If you need up-to-date steel working services in New Jersey, don’t hesitate to reach out to New Age Mechanical Fabricators LLC of Vineland, NJ. Our company provides fabrication and welding services throughout the United States. For a rundown of why we’re the best steel fabricator in New Jersey, keep reading. ## The Most Experienced Steel Fabricators New Jersey Has to Offer New Age Metal Fabricating (NAMF) was founded in 1979 in Fairfield, NJ. With over 40 years of experience, we’ve had plenty of time to fine-tune our steel fabrication work. NAMF has produced a range of products for both the defense and aerospace industries, which need to be of the highest quality. ## Certifications All parts fabricated by NAMF meet the highest standards and regulations in the metal fabrication industry. We’ve been audited by Perry Johnson Registrars to certify that we conform with ISO 9001:2015 and AS91000D. We also have NADCAP Certification for chemical processing. Our corporate quality control manual is available to view on our website. Feel free to look through to see a detailed rundown of all the measures we have in place to ensure our products are the best available. ## Services At NAMF we are committed to meeting the needs of our customers. We have a range of steel fabrication processes that we can use to produce parts to your exact specifications. ### Laser Cutting There are many options when it comes to cutting metal, but in many situations, [laser cutting](https://www.namf.com/stainless-steel-laser-cutting-services-for-the-aerospace-industry/) is the best. Using CAD designs along with a CNC machine, we can cut parts to incredibly precise specifications. A laser cutting machine can cut incredibly complex shapes/patterns, and as it’s automated, we can produce parts at a fast rate with very little manual input. Laser cutting also results in cleaner finishes than other cutting techniques and can meet incredibly tight tolerances. ### Punching Our punch presses are ideal for cutting through steel sheets up to 50 x 78 inches. We can offer a very quick turnaround for parts which is ideal for prototyping. If you have any parts that need holes, this is the most cost-effective way of doing it. We can also punch holes in parts with unconventional shapes, so if you have any unusual parts that need holes, we’ll be able to get it done for you. ### Forming Sometimes our clients need very particular parts manufactured, and this is possible with forming. This involves bending sheet metal as needed. As CNC is used for this process, it allows for a very high level of accuracy and consistency in parts. We have four CNC press brakes and using these we can form parts with various angles and radii. On top of steel, we can also form parts from aluminum, brass, and copper. ### Welding We have a team of fully trained welders who are capable of using conventional welding tools as well as more advanced equipment. Whatever metals or alloys need to be welded, we can handle it. All of our welders have AWS D17.1 and AWS D1.2 certifications. ### Coating Depending on the application of a part, it may be exposed to moisture and other elements. We can apply protective resistance coatings to our products to make them [corrosion resistant](https://www.corrosionpedia.com/definition/5/corrosion-resistance). This chemical conversion coating has excellent conductivity. NAMF is certified by NADCAP for chemical conversion coating to Mil-Spec Mil-DTL 5541. This includes Type I and Type II (classes 1A and 3). ### Painting We have advanced paint coating facilities to give your parts a professional finish. On top of that, we can meet a range of mechanical properties with the various options we have: - Air dry - Baked enamels - Powder epoxies We can meet any CARD (Chemical Agent Resistant Coating) requirements and all parts are finished to Mil-Specs. ### CNC Milling We have several military-based clients, which means we have higher requirements than most other businesses. Any parts that don’t meet the required standards could fail to perform properly, and potentially put people in danger. We offer military-grade horizontal and vertical CNC milling which is approved by NAVSEA and NADCAP. This allows us to work with different alignments when cutting materials. ## Our Process You can contact us through our website, via email, over the phone, or in person. After discussing your needs, we can determine what the best solution is. We’ll be able to give you a cost estimate as well as a timeline. Once we’ve agreed on a plan, we’ll just need your approval and we can start working. Our team will keep in contact with you throughout the entire process so that you know what stage we’re at and when. After all the necessary parts are fabricated we’ll hand them off to you, and you can continue with your project. ## Clients As one of New Jersey’s highest-quality structural steel fabricators, we have established an impressive list of clients. We currently produce parts for companies such as: - Airbus - GE Aviation - General Dynamics - AstroNova Aerospace - General Dynamics We also have several special process approvals from BAE Systems, Raytheon, and Lockheed Martin. ## The Best Steel Fabricators in NJ When it comes to steel fabricators, there are plenty of options in New Jersey and across the US, but NAMF stands amongst the best. Our clients require the highest quality products available, and we work to meet their needs with every part we produce. If you’re after quality, NAMF is one of the best steel fabricators in NJ. For any questions, or if you want to know more about our services, [click here](https://www.namf.com/contact/) to contact us today. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/best-steel-fabricators-new-jersey/#) [Terms & Conditions.](https://namf.com/best-steel-fabricators-new-jersey/#) ## High Precision Machining # How New Age Metal Fabrication Became the Go-To Source for High Precision Machining August 8, 2022 ![high precision machining](https://namf.com/wp-content/uploads/2022/07/high-precision-machining-1680x1120.jpg) ## Table of Contents - [A High Precision Machining Company with 60 Years of Experience](https://namf.com/go-to-source-for-high-precision-machining/#toc-1) - [High Precision Machining Ready for Take-Off](https://namf.com/go-to-source-for-high-precision-machining/#toc-2) - [Excellence in a Range of Services](https://namf.com/go-to-source-for-high-precision-machining/#toc-3) - [Get Thought-Leaders and Innovators Involved in your Project](https://namf.com/go-to-source-for-high-precision-machining/#toc-4) The evolution of humankind has always gone hand in hand with innovation. This, in turn, went hand in hand with our ability to shape our design elements. Of these elements, metals became especially vital to our dreams and ambitions as a species. When we mastered metal manufacturing, we elevated ourselves from straw houses to giant, multi-store structures. Humans marveled at achieving [35 miles per hour](https://trid.trb.org/view/13670#:~:text=As%20early%20as%201854%2C%20trains,the%20stage%20coaches%20of%201840.) when they first invented the railway. Now, contributions of high precision machining have enabled us to take to the airs at over 575 miles an hour. We made the world small and thereby accessible. At New Age Metal Fabrication, we have been part of the journey of metal manufacture since 1979. With over sixty years of experience in aluminum dip-brazing for the defense and aerospace industries, we have become the go-to source for high precision machining. Let’s explore this in more depth… ## A High Precision Machining Company with 60 Years of Experience When NAMF was founded, high precision CNC machining was just gaining more recognition worldwide. Computer-Aided Design software entered the market alongside Computer-Aided Machining in 1972. It was an exciting time to get into metal manufacturing. Including these tools in CNC machining led to considerable developments in the industry. Though these technologies weren’t fully incorporated into CNC machining until 1976, they soon became industry-standard in the late eighties. Today, CNC machines achieve high speed and high precision like never before. The process has become faster, more accurate, and more reliable. At New Age [Metal Fabrications](https://www.namf.com/metal-fabrication-services/), we followed along with every innovation. We sought the best ways to provide high-quality metal manufacture at speed. As a build-to-print manufacturer, we have always used the most advanced and cutting-edge technologies. This goes a long way to ensure we meet our customers’ unique needs and challenges. ## High Precision Machining Ready for Take-Off Precision machining involves various applications at the forefront of modern technology. There are several metal cutting techniques that offer exceptional detail and precision. All which we employ here at NAMF. Punching metal is cutting holes of different shapes and sizes into sheet metal. The great force then pushes out sheet metal in the specified shape. Laser and plasma cutting are cost-effective and clean techniques using a precision metal laser to create different designs in the material as operated by an automated program. NAPM supplies precision fabricated and dip-brazed products and works with its clients from conception to the final delivery of your products. ### What Makes Us Unique Our experts are with you every step of the journey, with one dedicated contact person for the project. Experience and expertise distinguish us from other manufacturers in the defense and aerospace industries. We are [NADCAP](https://www.namf.com/what-it-means-to-be-nadcap-approved/), and NAVSEA approved, as well as AS9100D certified. After sixty years, NAMF has optimized its processes to achieve high speed and accuracy. That way, we can reduce lead-time for prototyping and ensure your manufacturing needs are met even on tight schedules. Our 20 CNC milling machines are powered by a robotically controlled PALLETECH system that streamlines this process. Moreover, each of our machines incorporates 120 tools for any specifications. We can cut any type of metal with: - Exceptional detailing - Tabbing and slotting for engineered part designs - Extreme cost-effectiveness thanks to speed and efficiency - Consistency and repeatability - Complex shapes in all accuracy - Superior edge finishes To name a few… ## Excellence in a Range of Services No matter your metal fabrication needs, NAMF works alongside our clients to provide time-efficient and problem-free construction no matter the quantity or size of your project. ### Reliable Laser Cutting With Tru laser 2030 4KW Fiber Optic equipment, NAMF can make precise cuts in metal sheets of any thickness. This Laser can cut 5052 and 6061 aluminum alloys, stainless steel, copper, brass, flat sheets, and structural materials. Our laser cutting process is cost-effective and high-speed. This assures quality results for projects on a tight schedule. ### Efficient Punching We operate Amada CNC punch presses which accommodate sheet sizes up to 50×78. This ensures a quick turnaround for prototyping. In addition, each of our turret punches holds 60 tools, enabling them to punch even complex shapes. ### High-Quality Forming We fabricate metal parts and structures to your specifications. Each of our operations handles four CNC press brakes. These can form a range of angles and radii in aluminum, stainless steel, copper, and brass. ### Welding and Military-Grade CNC Milling Our facilities carry out welding with highly trained experts certified to weld AWS D17.1 and D1.2. No industries rely on precision and efficiency as much as military, aeronautics, and engineering. We offer versatile and reliable milling with both horizontal and vertical alignment to meet those requirements. As such, we can provide unmatched flexibility and unlock the benefits of both methods. Never miss out on the accuracy of horizontal mills. Or otherwise, the faster removal rate of vertical mills. ## Get Thought-Leaders and Innovators Involved in your Project Excellence in any industry relies on the steady improvement of processes. This involves optimization over the years. That’s why experience in industries where precision and reliability are essential is imperative. At NAMF, we have done the work and spent our time learning and improving over decades. This includes evaluating new processes and techniques as they develop. That way, we can stay on the cutting edge of high precision machining. Today, our experience shows. Our team of designers, project managers, and quality control engineers turn our client’s engineering and design dreams into a reality. [Get in touch](https://www.namf.com/contact/) with us today to discuss your project! [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/go-to-source-for-high-precision-machining/#) [Terms & Conditions.](https://namf.com/go-to-source-for-high-precision-machining/#) ## Aluminum Machining Solutions # How This New Jersey Company Is Perfecting Aluminum Machining for the Aerospace Industry August 15, 2022 ![Aluminum Machining for the Aerospace Industry](https://namf.com/wp-content/uploads/2022/07/aluminum-machining-for-the-aerospace-industry.jpg) ## Table of Contents - [Precision CNC Machining for Aluminum](https://namf.com/aluminum-machining-for-the-aerospace-industry/#toc-1) - [Vertical and Horizontal Aluminum Machining Solutions](https://namf.com/aluminum-machining-for-the-aerospace-industry/#toc-2) - [3-Axis, 4-Axis, and 5-Axis Machining](https://namf.com/aluminum-machining-for-the-aerospace-industry/#toc-3) - [Palletech Process Automation](https://namf.com/aluminum-machining-for-the-aerospace-industry/#toc-4) - [Nadcap Accreditation](https://namf.com/aluminum-machining-for-the-aerospace-industry/#toc-5) - [Upgrade Your Aluminum Machining with NAMF](https://namf.com/aluminum-machining-for-the-aerospace-industry/#toc-6) Aluminum alloys make up the [largest market share](https://www.marketsandmarkets.com/Market-Reports/aerospace-materials-market-266342713.html) by volume for aerospace materials. Despite advances in composite materials, aluminum holds a significant share of the market. Aluminum is ideal for aerospace applications for many reasons. It’s lightweight with a high strength-to-weight ratio. It has high corrosion resistance and many options for surface finishing. Do you need aluminum machining services for your next project? New Age Metal Fabricating in New Jersey is a leader in the manufacturing of precision machined parts for the aerospace industry. NAMF offers a full range of custom metal fabrication services, including aluminum machining. Learn more about our processes and how we can turn your designs into finished products. ## Precision CNC Machining for Aluminum CNC machining is essential for getting the superior manufacturing results necessary in the [aerospace industry](https://www.namf.com/popular-processes-in-aerospace-manufacturing/). CNC machining uses computer software to direct the movement of tools and machinery. Computer-aided manufacturing (CAM) software generates the program to fabricate the physical part. Aluminum is easy to machine. Working with aluminum has some challenges, though. The experienced operators at NAMF know the best aluminum machining tips so you get all the benefits of CNC technology. ### Greater Accuracy and Consistency Precision CNC machines are highly accurate. They operate without manual intervention. They minimize the potential for human errors. CNC machines have excellent repeatability. CNC machining can repeat the process the same way over and over again. You get more consistent product quality. You also have better quality control. ### Faster Production The advanced equipment in CNC machining can produce parts in less time. CNC machines have faster feed rates. They can operate 24/7 without compromising on quality. ### More Complex Designs Precision CNC machining lets you create aluminum parts with more complex designs. The use of software makes cutting contours and other intersecting elements easier. You can make parts that are much smaller than would be possible with a conventional machine. ### Rapid Prototyping CNC machining makes prototyping more efficient. CNC machines use 3D CAD models and CAM software to create parts. Engineers can create, test, and edit prototype designs more quickly. You avoid investing in a design that doesn’t end up meeting your needs. ## Vertical and Horizontal Aluminum Machining Solutions NAMF offers both [vertical and horizontal](https://www.namf.com/cnc-vertical-horizontal-milling-services/) aluminum machining solutions. We have 18 vertical milling machines and two horizontal machines. This lets you take advantage of the strengths of both methods. ### Advantages of Vertical Milling On a vertical mill, the cutting head has a vertical alignment. The spindle moves up and down along the Z-axis. Vertical mills have long, thin cutting tools. This makes them a good choice for applications including: - Plunge cuts - Drilling cuts - Threading - Grinding - Single-side projects Vertical mills provide increased visibility while operating because of the orientation. This can be useful on projects that need particular attention to detail. Vertical mills allow for a wide variety of workpiece shape and size configurations. ### Advantages of Horizontal Milling On a horizontal mill, the spindle moves parallel to the ground. The cutting tools are shorter and thicker than on a vertical mill. Typical applications include: - Groove cutting - Slot cutting - Gear cutting - Side-oriented detail work - Cutting multiple sides Horizontal mills can give you a high output. They cut faster, and some machines can make multiple cuts simultaneously. Even at high speeds, horizontal mills are very precise and accurate. They have a large capacity for bulky or heavy workpieces. ## 3-Axis, 4-Axis, and 5-Axis Machining At NAMF, we have a range of state-of-the-art 3-axis, 4-axis, and 5-axis milling machines. The complexity and type of geometry your parts need determine the best type of aluminum CNC machine for the project. The main difference between 3-axis, 4-axis, and 5-axis machines is the movement of the workpiece and the cutting tool relative to each other. The more complex the relationship is, the more complex the part can be. ### 3-Axis Machining 3-axis machining is the simplest type. The workpiece remains still while the cutting tool moves along the X-, Y-, and Z-axes. 3-axis machines are well-suited for creating 2D and 2.5D geometry. 3-axis machining is relatively basic. It can still create complex and practical components, though. ### 4-Axis Machining For geometries that aren’t possible or cost-effective on a 3-axis machine, a 4-axis machine may be the solution. 4-axis machining adds the A-axis, which is rotation around the X-axis. 4-axis machines can have several different configurations. Typically, the spindle rotates around the Z-axis. The workpiece is mounted on the X-axis. The addition of the A-axis means the machine can automatically flip the workpiece over. This allows for machining both sides of the part. ### 5-Axis Machining 5-axis machining allows for the fabrication of the most complex parts. The cutting tool moves across the X-, Y-, and Z-axes. It can also rotate on the A-, B-, or C-axes. Depending on the machine, the rotation will use either the A- and C-axes or the B- and C-axes. 5-axis machining lets us approach the workpiece from any direction. We can machine complex shapes in a single setup. ## Palletech Process Automation Another example of the industry-leading technology we use at NAMF is our PALLETECH system. The software gives our shop managers better control over processes through: - Complete monitoring of operations - Managing part program files from anywhere on the network - Tracking tool life and breakage - Issuing repair or maintenance instructions to the shop floor PALLETECH lets us optimize our machine utilization to give you a faster turnaround. We can accommodate last-minute orders without reorganizing other jobs. We maintain efficiency whether you need low- or high-volume production. ## Nadcap Accreditation NAMF has demonstrated its commitment to meeting and exceeding the rigorous standards of the aerospace industry. We’ve earned accreditation from the [National Aerospace and Defense Contractors](https://p-r-i.org/nadcap/) Accreditation Program (Nadcap). Nadcap is a collaboration between aerospace experts from industry and government. The audits are more in-depth than general quality standards like ISO. They focus on industry-specific processes. Nadcap accreditation shows that we have the specialized expertise necessary for aerospace manufacturing. Industry experts conduct an intensive technical assessment of compliance with customer requirements and industry standards. To maintain accreditation, we must pass an audit every year. ## Upgrade Your Aluminum Machining with NAMF Aluminum machining is a critical step in manufacturing many components for the aerospace industry. You can rely on NAMF for your precision CNC machining needs. We offer vertical and horizontal milling solutions with 3, 4, and 5 axes. NAMF will put our cutting-edge manufacturing technologies and techniques to work to meet your unique needs. [Contact us](https://www.namf.com/contact/) today and let’s get started. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/aluminum-machining-for-the-aerospace-industry/#) [Terms & Conditions.](https://namf.com/aluminum-machining-for-the-aerospace-industry/#) ## CNC Rapid Prototyping Guide # What Is CNC Rapid Prototyping? September 5, 2022 ![CNC rapid prototyping](https://namf.com/wp-content/uploads/2022/08/cnc-rapid-prototyping-1680x1121.jpg) ## Table of Contents - [What Is CNC Prototyping?](https://namf.com/cnc-rapid-prototyping-2/#toc-1) - [Benefits of CNC Rapid Prototyping](https://namf.com/cnc-rapid-prototyping-2/#toc-2) - [The CNC Rapid Prototyping Process](https://namf.com/cnc-rapid-prototyping-2/#toc-3) - [Do You Need CNC Rapid Prototyping?](https://namf.com/cnc-rapid-prototyping-2/#toc-4) Projections show that the global CNC machine market will reach a value of [$128.41 billion by 2028](https://www.fortunebusinessinsights.com/industry-reports/computer-numerical-controls-cnc-machine-tools-market-101707). This growth comes with the increased use of CNC machining across various industries. Many businesses use CNC rapid prototyping to manufacture and test prototype products. There are certain aspects of CNC machining that make it one of the best options for this. For a rundown on what CNC rapid prototyping is and what benefits it offers, keep reading. ## What Is CNC Prototyping? CNC (computerized numerical control) machining uses computer software to operate a machine that can fabricate various parts. The designer uses CAD (computer-aided design) software to generate a design, which is input into the CNC system. The CNC machine then uses cutting and milling to machine the part from a solid material. This is a type of “subtractive” prototyping, as the machining removes material from the original piece. Processes like 3D printing, which adds material, are typically known as “additive” processes. Because of the way the part is machined, CNC prototyping can be done on any machinable material. At NAMF we use CNC prototyping for the military industry, the aerospace industry, and various others. These require high-quality parts that meet very strict standards, and CNC [rapid prototyping](https://www.namf.com/prototype-machining-services-nj-ny/) makes it easy to test out different variations. ## Benefits of CNC Rapid Prototyping CNC prototyping is a great way to test various prototypes in a small time frame. There are several advantages to CNC systems that make them one of the best choices for rapid prototype machining. ### Speed CNC technology has been around for about 50 years now, and it’s constantly improving. Better software and higher-quality machines have improved the speed of CNC prototyping significantly. This is in terms of both set-up and manufacturing time. More powerful computers make it quick and easy to design parts on CAD software, and transferring this to a CNC machine has become more seamless. Once it’s been programmed, a CNC machine can fabricate a part in minutes. ### No Fixed Tooling Many manufacturing processes use rigid steel-alloy dies as part of the manufacturing process. Making these dies can sometimes take weeks, especially for complex designs. For some products, this may be essential – if a certain textured finish is needed, for example. CNC machining gives more of a smooth, flat finish. CNC machining doesn’t need dies, which helps to save a lot of processing time. The only tools it requires are hardened metal cutting inserts. These inserts sit inside spindles, and there are different types of spindles for different functions. It generally only takes a few seconds to change these spindles over to a different type. ### Accuracy When prototyping different products, accuracy is one of the most important factors. To correctly determine if a part is fit for its purpose, the prototype needs to be as close to the final product as possible. CNC machines can generally meet tolerances of 0.05mm (50 microns), which is precise enough for most applications. This level of tolerance is consistent, so if you want to produce multiple prototypes you know they will all be incredibly accurate. For some very specific applications, tighter tolerances may be needed. If this is the case, special cutting tools can be used in certain conditions to produce even more accurate parts. ### Customizability Most of the time when prototyping, you’ll want to make changes. By doing so you can test multiple variations of a product. CNC machining makes this incredibly easy to do. You can make any necessary edits to the G-code program to adjust the part, and the CNC machine will be able to produce this new part immediately. Being able to test various prototypes as you go along will help you reduce lead times and won’t incur any significant costs. ### Flexibility CNC machines can cut any material that won’t deform or melt during the process. This means different plastics, woods, metals, composites, and more are all well suited. Because of this, you can easily create prototypes of the same product using various materials. Sometimes you won’t have decided on the material you’ll be using before the prototyping stage, so by testing out prototypes with different mechanical or chemical properties, you may be able to narrow your choices down. ## The CNC Rapid Prototyping Process The first step of CNC prototyping is the design stage. This is where you produce multiple potential designs for your product, containing things like: - Dimensions - Features - DFMA ( [design for manufacturing and assembly](https://www.designingbuildings.co.uk/wiki/Design_for_Manufacture_and_Assembly_(DfMA))) - DFT (design for testing) Depending on how many designs there are, you may want to narrow these down to the most suitable ones. Next comes the CAD design generation with all the necessary dimensions, aesthetics, and features detailed. The machining processes for each feature are identified along with the manufacturing steps. These can include CNC routing, turning, cutting, and more. The sequence of manufacturing steps is given to the CNC machine via the CNC program. Once it’s ready, we mount the workpiece and set the machine to operation mode. It will then begin machining the part, after which you can move on to the testing stage. ## Do You Need CNC Rapid Prototyping? CNC rapid prototyping is one of the most efficient and comprehensive prototyping methods available. If you want to test out multiple variations of a product while sticking to a short time frame, then this is one of the best ways to do so. NAMF offers some of the best CNC rapid prototyping available. We provide services for several reputable organizations such as GE Aviation and Airbus. With over 40 years of experience, we’re capable of producing some of the highest quality parts available. To find out more about our services, [click here](https://www.namf.com/contact/) to contact us today. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/cnc-rapid-prototyping-2/#) [Terms & Conditions.](https://namf.com/cnc-rapid-prototyping-2/#) ## Aluminum Laser Cutting Benefits # The Benefits of Aluminum Laser Cutting September 12, 2022 ![aluminum laser cutting](https://namf.com/wp-content/uploads/2022/08/aluminum-laser-cutting-1280x854-1.jpg) ## Table of Contents - [What Is Laser Cutting?](https://namf.com/aluminum-laser-cutting/#toc-1) - [Benefits of Aluminum](https://namf.com/aluminum-laser-cutting/#toc-2) - [Benefits of Aluminum Laser Cutting](https://namf.com/aluminum-laser-cutting/#toc-3) - [Capabilities](https://namf.com/aluminum-laser-cutting/#toc-4) - [Do You Need Aluminum Laser Cutting Services?](https://namf.com/aluminum-laser-cutting/#toc-5) Different industries make use of various metal fabrication processes, depending on the parts needed. Aluminum laser cutting, for example, is a very popular choice for any aluminum parts and is one of the best cutting methods available. Projections show that the global metal fabrication market will reach a value of [$29.4 billion by 2029](https://www.databridgemarketresearch.com/reports/global-metal-fabrication-market#:~:text=Global%20Metal%20Fabrication%20Market%20Analysis%20and%20Size&text=Global%20Metal%20fabrication%20Market%20was,forecast%20period%20of%202022-2029.). So what makes aluminum laser cutting so beneficial, and do you need it for your business? Keep reading to find out. ## What Is Laser Cutting? Laser cutting is a process that uses a combination of a high-powered laser and CNC ( [computer numerical control](https://www.designingbuildings.co.uk/wiki/Computer_numerical_control)) to produce desired parts. A CNC or G-code is created which tells the machine the pattern to cut. A motion control system then controls the optics that the laser is directed through to cut the desired shapes. The laser is focused to burn through a given material, leaving a high-quality edge. When cutting a part, the laser cutting process will typically begin at the edge of the material. If it doesn’t, the operator can use a piercing process to create a hole so the cutting can begin. ## Benefits of Aluminum Aluminum is a non-ferrous metal and is one of the most common metals on the planet. It’s very lightweight and easily machinable. Aluminum is soft but highly durable, which makes it ideal for laser cutting. Iron and steel are both also popular choices, but aluminum has the advantage of being naturally corrosion- and rust-resistant. Aluminum is also a very flexible material and is easily recyclable. This makes it more sustainable than many other metals and keeps waste to a minimum. ## Benefits of Aluminum Laser Cutting When getting parts cut, you have a range of options to choose from. Laser cutting is often the best and is widely used in various industries such as aerospace and the military because of the many advantages it has. ### Precision When compared to other cutting techniques, laser cutting is by far the [most accurate](https://www.namf.com/precision-metal-cutting/). Depending on the part being cut, tolerances are generally within 0.003 mm and 0.006 mm. Plasma cutting is usually closer to 0.02 mm, and other methods such as die-cutting can have tolerances upwards of 1 mm. In some industries, precision is one of the most important factors. Aerospace laser cutting, for example, needs to be incredibly accurate. ### Lack of Tooling With some other cutting techniques, there’s a cost involved in terms of tools. Physical cutting surfaces wear down with use, and tools sometimes need to be custom manufactured. This isn’t the case with laser cutting, which helps save on costs, especially for limited-run projects. Laser cutting machines also have very few mechanical moving parts. This means maintenance costs tend to be lower, and operation is typically quite simple. ### Complexity At NAMF (New Age Metal Fabricating), we use a TruLaser 2030 4000W Fiber Laser. With this, we can cut any shape, no matter how complex. All we need to do is upload the schematic, and our CNC machine will take care of the rest. Other cutting techniques aren’t able to cut shapes nearly as complex, so for small, complicated parts, laser cutting is your best option. ### Reduced Waste A laser cutter can make use of a very high percentage of the part it’s cutting. This makes it easier to maximize the number of parts cut from a single piece of material and results in less waste being produced. Less waste means lower costs and is beneficial for the environment. It also saves on time, meaning you’ll get your parts faster. ### Quality of Cut Parts Some people are hesitant to use laser cutting because they think the heat will affect the part being cut. This isn’t the case, as the HAZ (heat-affected zone) is kept to a minimum. You won’t need to worry about any warping or distortion. This makes laser cutting ideal for thin materials, as it generally leaves a very clean finish. ### Low Power Consumption The laser itself uses a fair amount of power, but aside from that, very little energy is consumed. Other cutting machines generally need a lot of energy to generate the force needed for cutting. By having little to no moving parts, a laser cutting machine can save a significant amount of energy. This takes the overall operating costs down and is more environmentally friendly. ### Versatility While the most common use of a laser is for cutting, there are many other things a laser can be used for, such as engraving, marking, and drilling. Being able to do this all with one machine can save time on switching or replacing tooling. Beyond aluminum, a laser can cut through different metals, as well as a range of other materials such as plastic, wood, composites, and textiles. ## Capabilities At NAMF, we can use our TruLaser 2030 to make clean, accurate cuts in metal sheets, utilizing all of the advantages shown above. We can fabricate parts from materials like 5052 and 6061 aluminum alloys, and our laser will cut through them up to 1.5 inches thick. Our machine uses a fiber laser, which is fast and energy-efficient when compared to other types of laser cutting. The two other main types available are direct diode and co2 lasers. ## Do You Need Aluminum Laser Cutting Services? Aluminum laser cutting isn’t always essential, but it’s often the best choice. It’s fast, accurate, and cost-effective when compared with other cutting techniques. It’s also by far the best choice for cutting complex patterns or shapes and works well for both small-batch and large-scale orders. NAMF is a leading metal fabrication service with over 40 years of experience serving a range of clients such as Airbus, GE Aviation, and BAE Systems. If you want to know how we can help you, or if you just have some questions, [click here](https://www.namf.com/contact/) to contact us today. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/aluminum-laser-cutting/#) [Terms & Conditions.](https://namf.com/aluminum-laser-cutting/#) ## Understanding Anodizing Process # What is Anodizing? The Process and Advantages Explained October 3, 2022 ![what is anodizing](https://namf.com/wp-content/uploads/2022/09/what-is-anodizing.jpg) ## Table of Contents - [What Is Anodizing?](https://namf.com/what-is-anodizing/#toc-1) - [How Anodizing Works](https://namf.com/what-is-anodizing/#toc-2) - [Types of Anodizing](https://namf.com/what-is-anodizing/#toc-3) - [Benefits of Anodizing](https://namf.com/what-is-anodizing/#toc-4) - [Your Anodized Parts](https://namf.com/what-is-anodizing/#toc-5) The global metal anodizing market reached a value of [$3.06 billion in 2021](https://dataintelo.com/report/metal-anodizing-market/#:~:text=The%20Global%20Metal%20Anodizing%20Market,5.1%25%20during%20the%20forecast%20period.). There are many different metal finishing techniques that serve a range of purposes. Among these, anodizing is one of the most popular. It’s considered a very important part of CNC machining and can give metal parts multiple desirable properties. So what is anodizing, and how can it benefit you? ## What Is Anodizing? Anodizing is a process that forms a specialized coating on the surface of metal parts. It’s typically used on [aluminum parts](https://www.namf.com/custom-aluminum-fabrication-at-namf/), but is also sometimes done with the following metals: - Magnesium - Titanium - Tantalum - Zinc - Niobium The process gives the part an oxide surface layer which alters both the physical properties and the appearance. This is done through an electromechanical process and provides benefits that can make parts more suitable for use in certain environments. The coating is very durable, which helps the part retain its appearance even after extended use. ## How Anodizing Works The entire anodizing process consists of 5 main steps. These include cleaning, etching, anodizing, coloring, and sealing. ### 1\. Cleaning Cleaning ensures things like dirt and grease aren’t on the surface. This is generally done via sandblasting, then submerging the pat in a detergent bath. Doing this ensures the finished part will have an even surface. ### 2\. Etching This involves using caustic or acid etch to remove any surface imperfections. A thin layer on the surface is removed, providing a matte finish that will give a uniform surface in the end. ### 3\. Anodizing The part is connected to an anode (positive terminal) of an electrical circuit. It’s then submerged in an acidic electrolyte solution made up of different chemical compounds. These compounds provide positive and negative ions. The part is secured to keep it in place, and the cathode (negative terminal) is connected to a metal electrode in the bath. A voltage is then sent through the circuit. This causes the positive ions from the part’s surface to attract to the cathode, leaving the surface porous. The part itself attracts negative ions from the solution which react with the surface, causing a layer of aluminum oxide to form. ### 4\. Coloring There are a few different coloring processes available, such as integral coloring, electrolyte coloring, and organic coloring. The colors available will depend on the type of anodizing used, as some types make parts easier to color than others. ### 5\. Sealing The final surface is porous, so it needs sealing to ensure maximum protection. A nickel acetate solution is used for this, leaving the part with a durable and visually appealing surface. ## Types of Anodizing There are various types of anodizing, with the most common being Type I, Type II, and Type III. The type used for a specific part will depend on the material in question and its intended use. ### Type I – Chromic Acid Anodizing Type I anodizing forms a thinner coat than other types, but still provides the same level of corrosion protection. As it’s thinner, the layer absorbs less color, leaving it grayer than the other types (although it can be dyed black). This type of anodizing works well for bonding and is non-conductive. Some typical applications include aerospace components, precision machined components, and welded products/assemblies. ### Type II – Boric-Sulfuric Acid Anodizing This is often used over Type I anodizing as it presents fewer worker health and safety concerns. Another reason for using this type is to provide parts with [corrosion resistance](https://www.corrosionpedia.com/definition/5/corrosion-resistance) and improve paint adhesion. It’s also more energy efficient than Type I, so you can save on costs. This type doesn’t change the dimensions of the part being anodized, so it’s great for tight tolerance parts. It’s often used for precision machined parts and aerospace components. ### Type III – Sulfuric Acid Anodizing Type III anodizing is the most common method and forms a thicker layer than Type I or II. A thicker layer helps make parts harder and more abrasion-resistant. This technique generally costs less than the other types, so may be ideal if you’re working to a budget. It also makes it easier to dye, giving you more choice when it comes to final colors. Some common uses include medical device components, military weapons, and hydraulic valve bodies. ## Benefits of Anodizing The properties of anodizing provide a range of benefits for parts. Depending on the application of the part, it may benefit from some or all of these improvements. ### Durability This is perhaps the most notable benefit of anodizing, and it’s helpful with almost all common anodizing applications. It makes parts more resistant to corrosion and abrasion, meaning they can be used in different environments and they’ll have a longer lifespan. ### Aesthetics The surface finish of an anodized part is generally more appealing than a standard aluminum part. You may also have a range of color choices available if you want the part to have a certain look. ### Environmental Some people assume that the anodizing process will affect the recyclability of an aluminum part. In reality, the part can still be recycled, without the need to remove the anodized surface. The process also produces naturally occurring oxides that are non-toxic and chemically stable. ### Ease of Maintenance Anodized parts are incredibly easy to look after. You just need to wipe the surface with water and mild soaps to keep them clean. ## Your Anodized Parts You’re no longer wondering “what is anodizing?” but you may still be unsure about how to get it done. At NAMF we can anodize aluminum parts, as well as other meal parts, as needed. We also offer a range of other services such as metal fabrication, custom CNC milling, and dip brazing. If you want to know more about our services or have any other questions, [click here](https://www.namf.com/contact/) to contact us today. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/what-is-anodizing/#) [Terms & Conditions.](https://namf.com/what-is-anodizing/#) ## CNC Machine Shop NJ # Looking For a CNC Machine Shop in New Jersey? October 10, 2022 ![cnc machine shop](https://namf.com/wp-content/uploads/2022/09/nj-cnc-machine-shop.jpg) ## Table of Contents - [What Is CNC Machining?](https://namf.com/cnc-machine-shop-in-new-jersey/#toc-1) - [What Is a CNC Machine Shop?](https://namf.com/cnc-machine-shop-in-new-jersey/#toc-2) - [How to Discern a Reputable CNC Machine Shop](https://namf.com/cnc-machine-shop-in-new-jersey/#toc-3) - [What Can an Expert CNC Machinist Do For Me?](https://namf.com/cnc-machine-shop-in-new-jersey/#toc-4) - [CNC Machining: A Lasting Operation](https://namf.com/cnc-machine-shop-in-new-jersey/#toc-5) - [Work With New Jersey's Best CNC Milling Shop](https://namf.com/cnc-machine-shop-in-new-jersey/#toc-6) Computer Numerical Control (CNC) machining got its [roots in WWII](https://www.cncsourced.com/cnc-machining/cnc-industry-facts-stats/) when machinists started using numerical control to craft replacement aerospace parts. For those working in the military or aerospace industries, CNC machining is a key component in making the kinds of precision parts necessary to carry out manufacturing tasks. This type of fabrication allows engineers to produce products that are more efficient, lightweight, and cost-effective than their competitors’ products. Here’s how to find the best CNC machine shop in New Jersey and what you can expect from the experience. ## What Is CNC Machining? CNC machining refers to any process that uses computer-controlled machine tools to fabricate products. The products made through CNC machining vary across many industries. Even 3-D printing falls under the umbrella of CNC machinery but isn’t yet practical in military and aerospace operations. The three basic types of CNC machines are lathes, mills, and routers. These are machines that you’re guaranteed to find at any decent CNC machine shop. However, as the technology gets better, industries benefit from other types of CNC machining. For example, industries want to save money and time during research and development (R&D). So, they turn to laser cutters and [punch press CNC machines](https://www.namf.com/how-a-cnc-punch-press-can-speed-up-the-prototyping-process/). These machines help create quick, accurate prototypes. So, manufacturers can go from R&D to final product quicker than ever. ### How Computer-Aided Design Improves CNC Machining [Computer-aided design](https://www.techtarget.com/whatis/definition/CAD-computer-aided-design) (CAD) is any process where a computer helps create, change, analyze, and improve a design. Before CAD, numerical control machining took longer and incorporated more trial and error. The speed and precision provided by CAD have become invaluable for CNC machinists and the industries they serve. CAD creates the geometry of the product’s design. In 3-D digital space, computers help generate precise dimensions and create a blueprint for the final product. In the past, human error during the design process limited the accuracy of CNC machines. Today, computer software can generate models of parts with incredible precision. ### How Computer-Aided Manufacturing Improves CNC Machining [Computer-aided manufacturing](https://www.techopedia.com/definition/4698/computer-aided-manufacturing-cam) (CAM) converts the design created by CAD into directions for the tools in a CNC machine. The machine understands and follows these instructions, removing the human element from manufacturing. This results in more precise and intricate designs- things outside the scope of normal human capabilities. This precision not only increases the efficacy of CNC machining but it opens up the possibility of new applications. For example, the medical industry started using [precision CNC machinery](https://www.namf.com/precision-metal-cutting/) to create surgical tools. In the Aerospace industry, rapid prototyping through CNC has fostered cost-effective production solutions. ### The Role of CNC Machining in Military and Aerospace Industries CNC machine saves time and money while reducing mistakes caused by human error. So, industries that rely on precision equipment like aerospace and military engineering have a lot of use for CNC machining. CNC machines can create parts from a variety of materials, including metals, plastics, and composites, for different applications in each industry. Its many functions make it vital to these industries for both low and high-volume production runs. Some common military equipment made from CNC machining include: - Seat frames for military planes and helicopters - Components for naval vessels and engines - Hoist mechanisms for missiles - Rotor hubs and Clamshells The aerospace industry similarly relies on CNC machining for high-performance polymers. These technical industries can settle for no less than consistent and precise manufacturing. ## What Is a CNC Machine Shop? A CNC machine shop is not a place where you purchase CNC machinery. Instead, CNC machine shops serve various industries by using their machinery to manufacture parts. These shops are often small and focused on a niche to better serve the specific needs of each client. However, bigger CNC machine shops do exist and cover more areas. The size of the CNC machine shop does not define the quality of work completed there. Rather, it may speak to the breadth of services offered. Larger CNC manufacturers often help with major prototyping operations because they have the capacity for a dedicated R&D department. You can still go to smaller shops to [make your prototypes](https://www.namf.com/prototype-machining-services-nj-ny/) (if they have the machines to do so) but you won’t have the benefit of them helping you design them. This isn’t often a problem for military or aerospace industries that have in-house engineering teams. But at the end of the day, these aren’t hard and fast rules about what you can expect from a large or small CNC machine shop. Even some smaller shops offer prototyping and testing services. The best way to know what a shop can do for you is to visit their website or give them a call to discuss their services. ## How to Discern a Reputable CNC Machine Shop Although the services offered by CNC machine shops vary, you’ll find some basic benchmarks that signal whether the shop is reputable. You can start by checking out their client testimonials and portfolios. Many CNC shops with a website will have an [accessible portfolio](https://www.namf.com/portfolio/). This gives you the opportunity to see their work in detail before ever contacting them. If they don’t have a website or their portfolio isn’t posted, you may have to call and request one. CNC shops that don’t offer portfolios or photos of their work may not be reputable. However, this could also indicate that they’re a new shop. You can weigh their lack of portfolio against factors like how long they’ve been in business, client reviews, and the type of equipment they have in the shop. Reputable CNC shops should have at least a multi-axis CNC milling machine, a lathe, and a grinding machine. ### Multi-Axis CNC Milling Machine Milling machines are staples in CNC manufacturing. They use milling cutters (rotating cylindrical drills) to shape raw materials. Basic milling machines work on two axes. More complex milling machines use at least three but up to seven axes. These multi-axis milling machines are also called “machine centers” at some shops. While a basic dual-axis milling machine would suffice, you can tell a shop is quite reputable if they have a multi-axis machine. Often, CNC milling creates products with flat surfaces or components with threads like screws. ### CNC Lathe Traditional lathes are human-operated. You may have seen woodworkers use them to carve intricate table legs. The operator places the material on a rotating machine and holds a chisel to create steady carvings, shaping the perimeter of the wood. CNC lathes work in a similar fashion except with a mechanical carving tool. The raw material rotates while the CAM-guided tool shapes it into a finished product. Common uses for CNC lathes are sanding and facing. ### CNC Grinding Machine CNC grinding is a process by which a grinder removes smaller pieces of material from a product. The grinding wheel works similarly to sandpaper but with a coarse grit strong enough to grind metal like aluminum and steel. The coarseness of the grit and even the grit material will depend on what type of product you’re grinding. However, with the right tools and know-how, a CNC machinist can create a perfect and smooth finish on almost any project. ### Quality Standards in New Jersey CNC Machine Shops Another good indication that you’re finding the best CNC machine shop in New Jersey is to understand their quality standards. At a minimum, quality control and CNC experts should conduct regular inspections of: - Raw materials - CNC machinery hardware and external condition - Internal computer processing In addition to these inspections, the CNC machine shop should also ensure they meet [OSHA safety standards](https://www.mscdirect.com/betterMRO/4-essential-workplace-safety-tips-cnc-machinists#:~:text=OSHA%20Regulation%3A%20CNC%20Machine%20Safety,or%20amputate%20fingers%20or%20hands.). These standards include ensuring the proper upkeep of the machinery, providing workers with safety equipment, and keeping the floor clear of hazards. ## What Can an Expert CNC Machinist Do For Me? It’s okay if you’re unsure of exactly how your project could benefit from CNC manufacturing. Expert CNC machinists are available to consult on your project and help you understand how CNC could benefit you. An expert machinist can advise you on what kind of material is best for your project. Moreover, they can give you realistic expectations about what you can and cannot achieve with the services they provide. Finally, machinists may provide more accurate price quotes and timeline outlooks for your project. ## CNC Machining: A Lasting Operation CNC machining is a process that has been around for decades and shows no signs of slowing down. In fact, the demand for CNC machined parts is only increasing, especially in the military and aerospace industries. This means that there isn’t much risk in using CNC as a reliable manufacturing process. You’ll be able to use CNC services to manufacture your products for decades to come. ## Work With New Jersey’s Best CNC Milling Shop NAMF is a leading CNC service provider in New Jersey. Our military-grade CNC milling meets the higher standards of military, aeronautics, and engineering industries. We’ve provided horizontal and vertical CNC milling for military and aerospace customers for over 60 years. If you’re looking for a tailor-made manufacturing solution, NAMF is the CNC machine shop for you. [Contact us today](https://www.namf.com/contact/) for a free consultation. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/cnc-machine-shop-in-new-jersey/#) [Terms & Conditions.](https://namf.com/cnc-machine-shop-in-new-jersey/#) ## Best Metal Fabrication Companies # How to Find the Best Sheet Metal Fabrication Company in New Jersey? November 7, 2022 ![metal fabrication company](https://namf.com/wp-content/uploads/2022/10/metal-fabrication-company.jpg) ## Table of Contents - [Research Service Providers](https://namf.com/how-to-find-the-best-sheet-metal-fabrication-company-in-new-jersey/#toc-1) - [Expertise and Experience](https://namf.com/how-to-find-the-best-sheet-metal-fabrication-company-in-new-jersey/#toc-2) - [Industry Qualifications](https://namf.com/how-to-find-the-best-sheet-metal-fabrication-company-in-new-jersey/#toc-3) - [Production Capabilities](https://namf.com/how-to-find-the-best-sheet-metal-fabrication-company-in-new-jersey/#toc-4) - [Workforce](https://namf.com/how-to-find-the-best-sheet-metal-fabrication-company-in-new-jersey/#toc-5) - [Pricing and Communication](https://namf.com/how-to-find-the-best-sheet-metal-fabrication-company-in-new-jersey/#toc-6) - [Finding a Metal Fabrication Company That Works for You](https://namf.com/how-to-find-the-best-sheet-metal-fabrication-company-in-new-jersey/#toc-7) Finding the right metal fabrication company is imperative for companies in a wide range of industries. [From aerospace](https://www.namf.com/large-aluminum-enclosure-manufacturer) and car manufacturing to medical and landscaping, most sectors responsible for building our world require small to large-scale sheet metal fabrication. There are dozens of metal fabrication companies serving New Jersey businesses. With so many options on offer, how do you decide which is the best company to work with? As you would with other services, you need to build a short list and then narrow it down. To help you decide, you’ll look at things like customer reviews, production capabilities, workforce, and pricing. Read on for strategies on choosing the best metal fabrication partner for your needs. ## **Research Service Providers** While how a company conducts the [process of metal fabrication](https://www.aboutmechanics.com/what-is-the-fabrication-industry.htm) is undeniably important, researching the companies you may want to work with is essential. A quick Google search and compiling a list of companies from the top results is a good start, but you need to dig deeper into each service provider. It can help narrow your search by the type of metal fabrication you’re looking for. You also want to consider the companies in your location first. For example, if you’re located in New Jersey, working with a [New Jersey-based metal fabrication company](https://www.namf.com/metal-fabrication-services/) has added benefits over a nationwide or out-of-state company. They understand how businesses operate in their area, they are familiar with local budgets and pricing, and transportation costs (of people for meeting and completed goods) will be lower. Don’t forget, too, to look for customer reviews online. These might be on: - Google maps - The [Better Business Bureau](https://www.bbb.org/search) - Industry publications - A company’s Facebook page - The company’s website Just be aware that customer testimonials on a company’s website, while not untrue, may be biased. After all, a company won’t post bad feedback on its own platforms. You can also ask a company to provide references from past clients and contact those clients for feedback. ## **Expertise and Experience** Try to determine what level of experience a company has. Have they been in the business for decades? Are they familiar with the latest sheet metal fabrication technologies? How well-trained are their staff (more on that later)? Ideally, a company will have [case studies](https://www.namf.com/portfolio/) published on their website that you can look through to see how they handled past jobs. If these aren’t available publicly, ask the company to provide some or interview them about their past projects. You also need to know whether the company has experience as a metal fabricator for your industry. While some fabricators can tackle the needs of all sectors, many specialize. For example, if you’re looking for fabrication for military or aerospace applications, you won’t want to work with a company specializing in auto parts or architecture. ## **Industry Qualifications** The questions you ask potential fabrication partners need to go way beyond, “What is metal fabrication?” After exploring a company’s reputation and experience, you need to consider its accreditations and qualifications. For example, the NJ government [doesn’t require licensure](https://www.nj.gov/education/license/endorsements/2539D.pdf). But welders and sheet metal workers still need to be qualified to at least a certificate level to work in the industry. The factory itself should also have the appropriate ISO accreditations and any accreditations relevant to the industry. For example, you should expect to see fabricators working in the military and aerospace sector with [NADCAP and NAVSEA approvals](https://www.namf.com/about-us/). Ask, too, about a company’s internal quality control procedures. They should have a highly detailed QC process based on the latest industry best practices and ASME standards—and they should be excited to tell you all about it. ## **Production Capabilities** Is the company equipped with the machinery needed to do the project you’re asking of them? When interviewing potential sheet metal fabrication partners, you need to ask this crucial question. This matters in three areas: - They can produce the type of product you need - They can produce it in the qualities you need - They can produce it in the timeframe you need If you need someone to produce your metal fabrication applications and design them, you need an all-in-one service provider. This may naturally narrow your search because not every company has in-house (or even outsourced) design capabilities. ## **Workforce** To assess a company’s capabilities, ask them about its workforce. How many staff do they have on the team, and what proportion of those staff are on the factory floor? What certifications and qualifications do their workers hold? How many workers and how skilled they are will influence project turnaround times. Many fabricators deal with raw materials, some of which are hazardous to human health. Mismanaged factory conditions can also harm workers. Make sure, too, that the company complies with regional and federal standards on worker safety. ## **Pricing and Communication** Once you’ve narrowed your list of potential steel metal fabrication providers down to the top two or three, it’s time to compare pricing. Reach out to each company for a quote. Remember, a low price isn’t always the best price. Assess all other aspects of the business, from product quality to delivery times to warranties and guarantees. During the quotation process, take the opportunity to assess their customer service. Are the sales staff promptly reply to your emails or phone calls? Do they answer your questions with knowledge and enthusiasm? Are they willing to negotiate on pricing, quantities, and timeframes? ## **Finding a Metal Fabrication Company That Works for You** Choosing the right metal fabrication company is something that takes time. Even small projects require a decent budget, so you need to be sure the company you select can handle the volume you require, produce a high-quality product, and deliver on time and at a competitive price. Don’t skimp on the research portion of your search—the more you know about companies in your area, the higher the chance you’ll land the best partner for your needs. NAMF (New Age Metal Fabricating) has served the New Jersey community for over 40 years. They combine decades of experience in the metal fabricating industry with cutting-edge technologies to meet customers’ demands in American defense, aerospace, and other industries. [Contact our team](https://www.namf.com/contact/) today to discuss your next metal fabrication project. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/how-to-find-the-best-sheet-metal-fabrication-company-in-new-jersey/#) [Terms & Conditions.](https://namf.com/how-to-find-the-best-sheet-metal-fabrication-company-in-new-jersey/#) ## Aluminum Laser Cutting Guide # Can Aluminum Be Laser Cut? Everything You Need to Know November 14, 2022 ![laser cutting aluminum](https://namf.com/wp-content/uploads/2022/10/aluminum-laser-cutting.jpg) ## Table of Contents - [What is Aluminum?](https://namf.com/can-aluminum-be-laser-cut-everything-you-need-to-know/#toc-1) - [What is Laser Cutting?](https://namf.com/can-aluminum-be-laser-cut-everything-you-need-to-know/#toc-2) - [Advantages of Aluminum Laser Cutting](https://namf.com/can-aluminum-be-laser-cut-everything-you-need-to-know/#toc-3) - [Disadvantages of Aluminum Laser Cutting](https://namf.com/can-aluminum-be-laser-cut-everything-you-need-to-know/#toc-4) - [Other Ways to Cut Aluminum](https://namf.com/can-aluminum-be-laser-cut-everything-you-need-to-know/#toc-5) - [The Bottom Line on Aluminum Laser Cutting](https://namf.com/can-aluminum-be-laser-cut-everything-you-need-to-know/#toc-6) Metal laser cutting is a rapidly growing industry in the world of industrial [manufacturing](https://www.namf.com/popular-processes-in-aerospace-manufacturing/). Estimates project over [$78 million of growth](https://www.prnewswire.com/news-releases/laser-cutting-machine-market-in-the-us-to-grow-by-usd-78-85-million--coherent-inc-and-conzzeta-management-ag-among-key-vendors--technavio-301527268.html) in the aluminum laser cutting machine market from 2020 to 2024. By using lasers to cut metal, manufacturers can automate the production of intricately shaped pieces. But is aluminum laser cutting a realistic option? Aluminum is the fourth most commonly produced metal in the world. The metal’s unique physical properties make it useful for a wide range of applications. To use aluminum in manufacturing, production facilities need to be able to cut it into specific shapes. In this article, we cover the practicality of laser cutting aluminum, as well as tips for cutting aluminum using other methods. Read on to learn more about how to cut aluminum and the best aluminum-cutting methods! ## **What is Aluminum?** Aluminum is the most abundant metal on earth. It is soft, lightweight, and extremely malleable. Due to its low weight and electrical conductivity, aluminum is useful for automotive, aerospace, and electrical applications. Other everyday uses of aluminum include [drink cans](https://www.aluminum.org/product-markets/aluminum-cans), foil, and some kitchenware. Unlike steel, another commonly used metal, aluminum is resistant to corrosion and rusting. Aluminum is also much more reflective than steel. ## **What is Laser Cutting?** A laser is a special type of light focused into a narrow beam to direct all the energy to one point. With regular white light, on the other hand, the light particles spread out. With a strong enough laser, it is possible to weld and even [cut metal for fabrication](https://www.namf.com/metal-fabrication-services/). Laser cutting is most commonly used with steel, but it is possible to laser cut aluminum as well. Lasers cut metal either by melting, burning, or vaporizing it. In addition to steel and aluminum, lasers can cut through other metals like tungsten and brass. ## **Advantages of Aluminum Laser Cutting** There are several advantages to laser cutting aluminum over traditional ways of cutting. Since lasers focus heat onto one point, metal tends to warp much less than with other cutting methods. Additionally, the smaller point of focus creates much cleaner and more precise edges. Most laser cutting machines are primarily automated, meaning there is less chance for human error than with a saw or shear. Much like a CNC, laser cutters can be programmed to cut specific shapes automatically. Other cutting equipment that uses a blade or bit, such as a shear, saw, or press, requires regular maintenance. Lasers, however, don’t use mechanical tools to cut, so they need no sharpening or retooling. The lower requirement for maintenance also makes laser cutting faster and more efficient than other cutting methods. Since laser cutters are mostly automatic, they are much faster than a manned machine. ## **Disadvantages of Aluminum Laser Cutting** While there are many benefits to cutting aluminum with lasers, there are some drawbacks to this cutting process. The most immediate disadvantage of laser cutting equipment is the upfront costs. Although the process can save money on operation costs over time, the equipment is much more expensive than traditional cutting methods. Along with the initial investment cost of the machine itself, laser cutting requires specialized experience and expertise. Not only does the machine need to be programmed, but setting up and monitoring it is far beyond the average fabricator’s expertise. Another important disadvantage to consider when laser cutting aluminum is the limitation of material thickness. While lasers can cut through several inches of steel, the most powerful laser cutting equipment available can barely cut aluminum plate thicker than half an inch. The reason laser cutting is only suitable for thin pieces of aluminum is due to the metal’s physical properties. Because aluminum is so reflective, it can scatter the light particles of the laser. Aluminum’s thermal conductivity also rapidly disperses the laser’s heat. The repeatability of laser cutting makes it extremely efficient for cutting many of the same parts. However, if many different shapes or only a few of one shape are required, laser cutting can be inefficient. ## **Other Ways to Cut Aluminum** In addition to laser cutting, there are several other ways to cut aluminum. Which one is appropriate for you depends on the type of project you’re working on. ### **Shear** One of the simplest cutting methods, a shear is essentially a hydraulic pair of scissors. A hydraulic press pushes the top blade into the material and pinches off a piece. For simple shapes like rectangles or lengths of round bar, shearing is a quick and inexpensive cutting method for aluminum. Shearing machines, also called “ironworkers,” are easy to operate and require little training. Because of the shearing force used to cut materials, the edge is often warped and rough, requiring sanding. ### **Saw** Another low-cost option for cutting aluminum stock is a bandsaw. While inefficient for many cuts, a bandsaw can be a good way to make one clean cut without much setup. Because a saw tears away layers of material bit by bit, it is time-consuming and not the best option for a large number of cuts. Saw cuts are clean but usually leave a sharp metal “tag” that should be sanded away for safety. ### **Water Jet** An unusual cutting method, high-pressure water jets can cut as cleanly as lasers without using any heat. Water jet cutting machines can be programmed and automated like CNC machines but can incur high operation costs. In addition to the higher operation costs, water jets are slower than laser cutting and require regular maintenance to keep the equipment clean. ## **The Bottom Line on Aluminum Laser Cutting** Aluminum is a unique metal with a wide variety of uses. There are several ways to cut it, including a saw, shear, water jet, and laser. Aluminum laser cutting has many advantages, like efficiency, accuracy, and clean cuts. However, there are some disadvantages, such as the upfront cost and limited material thickness. No matter what your metal fabrication needs, trust New Age Metal Fabricating to deliver quality service. We’ve been providing reliable metal machining and fabrication services since 1979. [Contact us](https://www.namf.com/contact/) today to find out more about how we can help with your metal fabrication needs. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/can-aluminum-be-laser-cut-everything-you-need-to-know/#) [Terms & Conditions.](https://namf.com/can-aluminum-be-laser-cut-everything-you-need-to-know/#) ## Alodine Coating Explained # How Chromate Conversion or Alodine Coating Works on Aluminum December 12, 2022 ![chem film coating](https://namf.com/wp-content/uploads/2019/06/chem-film-coating.jpg) ## Table of Contents - [What Should You Know About Chromate Conversion?](https://namf.com/how-alodine-coating-works/#toc-1) - [How Does Chromate Conversion Coating Work?](https://namf.com/how-alodine-coating-works/#toc-2) - [Alodine Coating: What Exactly Is It and What Is It Used For?](https://namf.com/how-alodine-coating-works/#toc-3) - [The Benefits of Alodine Coating](https://namf.com/how-alodine-coating-works/#toc-4) - [Enhancing the Performance and Life of Your Equipment](https://namf.com/how-alodine-coating-works/#toc-5) Spending billions on corrosion solutions is a cost that companies want to avoid. [Alodine](https://www.namf.com/chem-film-vs-anodize/) coating is one solution that can help to limit the chance that businesses will have to contribute to what the manufacturing industry spends annually on fixing corrosion-related problems. To expect to spend this much on what wasn’t planned can take a toll on a business’s financial resources. The [manufacturing industry spends billions](https://www.manufacturing.net/operations/article/13184126/knowledge-about-corrosion-prevention-crucial-for-success-in-food-manufacturing-industry) each year fixing and replacing corroded machinery and other forms of equipment. Different metals corrode at different rates. If you consider steel, if it’s already located in a highly acidic environment, you can expect higher rates of corrosion. If that steel is in the harsh or aggressive ground, you could expect corrosion to take place by [20 microns each year](https://galvanizeit.org/corrosion/corrosion-process/corrosion-rate) or even more. Aggressive ground doesn’t have pH levels that are too favorable, leaving them more susceptible to exposure to faster corrosion. Aside from simple equipment location, some tools and even buildings will have some risk of excessive corrosion development. This leaves companies wondering what interventions can be used to deflect these issues. Keep reading as we talk more about a key intervention to prevent the corrosion of your equipment. ## **What Should You Know About Chromate Conversion?** The coating itself is only about [0.00001 to 0.00004](https://chemistry-info.com/chemistry/chemical-conversion-coating-thickness) inches in thickness. This means it can keep the weight as is without altering the weight of the equipment. The significance of this chemical is that it’s able to provide an extra protective layer to your equipment. This is what’s referred to as passivating or passivation. While it works to protect the surface of your equipment as a coating, it can also work as a base coat. Using this as a primer is a good way to apply chromate conversion. This is because it will provide additional layers of protectant and can withstand a variety of environments. ## **How Does Chromate Conversion Coating Work?** The chromate conversion coating goes through a chemical reaction with the base metal to create a barrier. This barrier is resistant to external chemicals and water. The chromate conversion coating is often used for things like small parts, machine tools, and marine equipment. It can be applied to more than just aluminum alloys. It can work with zinc, magnesium, as well as cadmium, and other metals. The coating itself is very thin. It’s designed to protect the metal from corrosion without adding a lot of weight to the equipment. Keep in mind that a chromate conversion coating is applied to aluminum that has already been anodized. While this is true, some conversion coatings will not help with binding to organic coating if you’re trying to improve paint adherence, etc. Chromate conversion is applied through a process called plating, and a plating solution is applied to the equipment. The solution contains chromium and other chemicals that help with the plating process. The chemicals in the solution interact with the metal and this is what creates a new coating. ## **Alodine Coating: What Exactly Is It and What Is It Used For?** So, what is alodine? Alodine is a type of chromate conversion coating that can be applied to aluminum along with a variety of other metals that need to be protected from corrosion. You might refer to his type of coating as Chem Film or chem film. One of the most notable factors of this coating is that It has a higher corrosion resistance than an aluminum oxide coating. Alodine is used in a lot of applications and can be used for electrical components, and offers electrical and thermal conductivity. Alodine can also be used to help increase the durability of electrical circuitry through the electrical conductivity the coating offers. ## **The Benefits of Alodine Coating** Alodine is a good way to protect aluminum alloys and reduce signs of preventable corrosion and wear. When alodining your equipment, that coating of the chemical will harden, and it can last for years. Not only does it [extend the lifespan of equipment](https://www.namf.com/portfolio/), but the chemical itself will have long-lasting effects for an extended amount of time. In most cases, a reapplication won’t be necessary for a few years. Let’s take a look at some of the other clear advantages you can expect when using alodine coating. ### **Improved Corrosion Resistance** Alodine coating provides better corrosion resistance than some alternatives. While immersion time only takes a few minutes, this is a sufficient enough amount of time to protect your equipment. ### **Added Benefit Without Sacrificing Results** Alodine protects the parts that you apply it to but after application, it doesn’t add any additional weight to the part. Also, after you treat something with this chemical, minor damages such as scuffs or scratches won’t compromise the capability of the part. It will remain effective against corrosion. ### **Cost Effective Solution** Alodine coating is one of the most cost-effective options. It lasts long, is durable, and won’t compromise the integrity of the parts you apply it to. ### **Better Electrical Conductivity** Alodine coating is actually a conductor. This just means that it’s electrically conducted. A transparent form of passivation can provide a great level of electrical resistance. This is possible through protective layers. The resistance it can provide will often go [up to 500 microOhms](https://www.greencoat.co.il/en/806). There are also other versions that could be used, such as Alodine 1200S to accommodate more resistance. ### **Improvement in paint Adhesion** Because alodine coating provides better corrosion resistance, it can also help to strengthen the integrity of the equipment’s surface. This makes paint adhesion more efficient. ## **Enhancing the Performance and Life of Your Equipment** Corrosion is often the culprit of damaged equipment. It can affect the performance levels of things companies need to operate efficiently. Alodine coating helps to prevent these issues while extending the life of your tools and machinery, making it more possible to enhance your operations. Working with NAMF gives you access to an experienced build-to-print manufacturer. Operating since 1979, we provide high-quality materials while ensuring high-quality solutions. [Reach out to our team](https://www.namf.com/contact/) to get started with your project today. [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/how-alodine-coating-works/#) [Terms & Conditions.](https://namf.com/how-alodine-coating-works/#) ## Aluminum Brazing Process # The Process of Brazing Aluminum January 2, 2023 ![brazing aluminum](https://namf.com/wp-content/uploads/2022/12/the-process-of-brazing-aluminum.jpg) ## Table of Contents - [What Is Brazing?](https://namf.com/the-process-of-brazing-aluminum/#toc-1) - [How Brazing Works](https://namf.com/the-process-of-brazing-aluminum/#toc-2) - [The Benefits of Brazing Aluminum](https://namf.com/the-process-of-brazing-aluminum/#toc-3) - [Brazing vs. Welding: What's the Difference?](https://namf.com/the-process-of-brazing-aluminum/#toc-4) - [Aluminum Brazing Methods](https://namf.com/the-process-of-brazing-aluminum/#toc-5) - [Find Metal Fabricators in NJ and NY](https://namf.com/the-process-of-brazing-aluminum/#toc-6) Did you know that welding likely plays a part in [almost everything](https://www.allstatecareer.edu/blog/skilled-trades/why-welding-is-an-important-industry.html) you use? Welding is used to create millions of products every year and is one of the most important industrial processes. Most people know what welding is, but brazing aluminum may be a mystery to many people. So what is brazing, and why should you consider it for your projects? This guide will walk you through everything you need to know about brazing aluminum, including the different brazing methods and how brazing works. Please keep reading to learn more about the process of brazing and when it is appropriate for your projects. ## **What Is Brazing?** Brazing aluminum is a process that uses a filler metal, such as copper or silver, to join two parts. The filler metal melts at a [lower temperature](https://www.sciencedirect.com/science/article/abs/pii/S0022311519314333) than the base metals being joined together. But it has a higher melting point than the aluminum being brazed. This allows for a strong bond between the brazed aluminum joints. Aluminum brazing produces less heat than other welding processes. And that can be an advantage when welding delicate parts. It’s a popular welding process because aluminum has a low melting point and is relatively easy to weld. The most common braze alloys are brass, bronze, and copper-based alloys. Silver is also sometimes used as a brazing alloy because it has a high melting point and forms a strong bond. ## **How Brazing Works** Brazing works by heating the filler metal until it melts. The molten filler metal then wets the surface of the base metals and forms a bond between them. The joint is then cooled, causing the filler metal to solidify and creating a strong connection between the two materials. ## **The Benefits of Brazing Aluminum** Brazing aluminum offers many benefits, including: - The ability to join two pieces of aluminum together without weakening the metal - A strong, durable bond that is resistant to corrosion and other wear and tear - A relatively simple process that can be completed with a few basic tools When brazed correctly, aluminum becomes stronger and more resilient than it was before. In addition, brazing can be used to repair damaged aluminum parts, which can extend the life of your equipment. ## **Brazing vs. Welding: What’s the Difference?** Brazing and welding are both methods of joining two metals together. But there are some key differences between the two processes. Brazing does not need to melt the base metals, so it can be done at lower temperatures. This makes it ideal for joining aluminum, as it minimizes the risk of warping or damaging the materials. So [when should you choose](https://www.machinedesign.com/fastening-joining/article/21832464/when-brazing-beats-welding) to braze over standard welding? It depends on what you’re making and the material you want to use. Welding aluminum can be tricky because the heat from the weld can cause the metal to warp. That’s why brazing is often the preferred method for joining aluminum. ### **A Softer Touch** Brazing produces less heat than welding. It’s less likely to damage delicate parts. ### **Consider the Costs** Brazing is also less expensive than welding since it requires less energy and equipment. All you need is a brazing torch, some brazing rods, and a few other basic tools. ### **Brazing Has Better Coverage** Brazing produces a stronger joint than welding, as the filler metal bonds to both sides of the joint. You’ll get 100% coverage with brazing, whereas welding only bonds to one side. ### **Brazing Joins Different Metals** And if you want to join two different types of metals, brazing is often the best option. That’s because brazing alloys can wet and adhere to most metals, making for a strong bond between dissimilar materials. Welding is usually only done on materials that are similar in composition. ## **Aluminum Brazing Methods** Metal fabricators can use several brazing methods can to join aluminum. The most common are: ### **Torch Brazing** Torch brazing is a type of soldering that uses a gas-fueled torch to heat the metal until it’s hot enough to melt the solder. The molten solder is then used to join the two pieces of metal together. Torch brazing is often used for joining small parts because it’s a relatively quick and easy process that doesn’t need special equipment or skills. It’s also a good option for repairing damaged metal parts because it can be done without removing the entire part from the assembly. ### **Induction Brazing** Induction brazing is a type of soldering that uses induction heating to melt the solder. This technique offers several advantages over traditional soldering methods, such as faster heating times, improved joint quality, and decreased solder consumption. Additionally, induction brazing does not need a flame, so it is a safer option for those nervous around open flames. ### **Furnace Brazing** Furnace brazing is often used for larger projects and requires a special furnace that can reach high temperatures. The filler metal is melted in the furnace and then applied to the joint. Furnace brazing is a more precise method and is often used for large or difficult-to-reach joints. The aluminum is placed in a furnace and heated to the brazing temperature. The filler metal is then introduced to the joint and allowed to cool, forming a strong bond. ### **Dip Brazing** Dip brazing is a process of joining two metals by melting a filler metal (bronze) between them. The molten bronze is drawn into the joint by capillary action. The heat needed for brazing comes from the welding flame, not from an external heat source. This makes dip brazing very versatile because it can weld materials with very different melting points. This method is good for 100% coverage, improved structural integrity, and less distortion. Dip brazing is one [method we use](https://www.namf.com/dip-brazing-services/) here at New Age Metal Fabricating. ## **Find Metal Fabricators in NJ and NY** So that’s it! Now that you better understand brazing aluminum, you’re ready to tackle your next project. If you’re looking for a metal fabricator in New Jersey, look no further than New Age Metal Fabricating. New Age Metal Fabricating is a leading provider of brazing services. We specialize in brazing and can help you with all your metal fabrication needs. [Contact us today](https://www.namf.com/contact/) to learn more! [Back To Blog](https://namf.com/resources/blog/ "Back To Blog") [David Taylor Digital \| NJ Digital Marketing](http://www.davidtaylordigital.com/ "David Taylor Digital | New Jersey Digital Marketing Agency") © Copyright 2025. NAMF. NAPM. [Privacy Policy.](https://namf.com/the-process-of-brazing-aluminum/#) [Terms & Conditions.](https://namf.com/the-process-of-brazing-aluminum/#)