IDEAS FOR ENGINEERS

How to Qualify a Precision Welding Supplier for Aerospace and Defense Programs

Welding for Advanced Computing GPU Packages Supporting the Thermal Demands of AI Hardware

Welding for the Firearms Industry

Electron Beam and Laser Welding for AI Data Center Power Generation

As data center power demand accelerates, welding has shifted from a routine fabrication step to a critical enabler of uptime, thermal performance, and system reliability for turbines, heat exchangers, battery storage, and sealed electronics.

Welding for Next-Generation Defense Programs

Defense manufacturing is entering a new era. Modern programs from advanced missile systems and next-generation aircraft to electronic warfare platforms are pushing supply chains to deliver higher reliability, tighter tolerances and faster production cycles than ever before.

Electron Beam Welding Copper to Stainless Steel for the Semiconductor Industry

In the fast-evolving semiconductor industry, where thermal management, material purity and component reliability are paramount, manufacturers are increasingly turning to advanced material combinations. One pairing, copper to stainless steel, has gained widespread use in heat dissipation, packaging and structural applications. With its vacuum environment, pinpoint energy control and deep penetration capability, EBW enables the repeatable, high-strength joining of copper and stainless steel components, making it the process of choice for semiconductor OEMs and Tier 1 suppliers.

Welding for the New Space Economy: EBW & Laser Sealing for Mission-Critical Components

The aerospace industry is undergoing a transformation. As commercial space ventures expand, national defense initiatives become increasingly complex and satellite constellations proliferate, the need for high-reliability components is more urgent than ever. This shift—often referred to as the New Space Economy—demands a new standard of manufacturing agility and performance.

Why Laser Hermetic Sealing is Mission-Critical for Small Satellite and UAV Electronics

The aerospace and defense industries are rapidly shifting toward compact, agile platforms. Small satellites are revolutionizing surveillance, communication, navigation and space exploration. Conventional sealing methods such as epoxy or mechanical gaskets often fall short, especially when mission-critical reliability is required. This is where laser hermetic sealing becomes essential.

Strengthening the Future of Naval Manufacturing with Advanced Welding Solutions

The U.S. maritime and naval manufacturing sectors are experiencing a significant resurgence. Recent funding initiatives by the U.S. Navy, DARPA, and allied agencies underscore a national priority: creating more resilient, efficient and technologically advanced fleets to address evolving global challenges.
That’s where EB Industries comes in.

Tariffs and Geopolitical Supply Chain Uncertainty: Now Is the Time to Reshore Your Welding Projects

U.S. trade policy continues to evolve, with new tariffs being imposed or adjusted across strategic sectors such as semiconductors, defense components and medical devices. These shifts often occur with limited notice, creating planning headaches for manufacturers that rely on offshore welded subassemblies.

The Role of Welding in Semiconductor Production

Ensure durability in microelectronics with expert semiconductor welding. EB Industries delivers high-purity laser and electron beam welding for wafers, sensors, and chip packaging. Get clean, accurate, contamination-free welds for critical applications.

Precision Welding for Semiconductor Applications

The semiconductor industry is built on precision, where even the smallest imperfections can compromise device performance. Welding plays a crucial role in the assembly of semiconductor components, ensuring reliable electrical connections, robust structural integrity, and hermetic sealing.

The Competitive Edge: Streamlined Manufacturing with Single-Vendor Welding and Laser Marking

Every step in the manufacturing process presents an opportunity to create a competitive advantage. One often-overlooked strategy for gaining a competitive edge is consolidating critical processes, specifically welding and component identification, with a single, specialized vendor.

TIG, MIG, EB, or…? Choosing the Right Welding Technology Goes Deeper Than Identifying Acronyms

Choosing the wrong welding technology for your application can cause significant consequences: weak joints that fail under stress, excessive heat distortion that ruins precision components, or contamination that compromises material integrity.

The Role of Laser Hermetic Sealing in Aerospace Supply Chain Reliability

Reliability is the cornerstone of aerospace manufacturing, where even minor failures can lead to catastrophic consequences. One critical aspect of ensuring component longevity and performance is hermetic sealing—a process that protects sensitive electronics and mechanical systems from environmental contamination.

What Type of Welding is Used in Aerospace Applications?

The aerospace industry demands high-precision, high-strength welds that can withstand extreme stresses, harsh environments and strict safety standards.

What is Laser Beam Welding?

Laser welding systems are capable of delivering a tremendous amount of energy very quickly and with pinpoint accuracy.

What Are the Main Types of Laser Welding Machines?

One of the core decisions to be made is whether the weld process will use a continuous wave laser or a pulsed laser.

Electron Beam Welding Guide: The Engineer’s Primer to Understanding EB Welding Precision

In the world of advanced manufacturing, the choice of welding technique can make or break a project’s success.

TIG vs. Electron Beam Welding: Choosing the Right Technology for Your Project

Precision manufacturing demands meticulous attention to every detail, and selecting the appropriate welding technique can be the linchpin of project success.

Exploring the Versatility of Laser Welding: Applications Across Industries

Laser welding, a cutting-edge technique that utilizes high-intensity laser beams to join materials, has revolutionized manufacturing processes across various industries.

Advancing Aerospace: 5 Applications of Electron Beam Welding

Common materials that require welding in the aerospace industry include various alloys of aluminum, Inconel, stainless steel, titanium and several others. Here, we explore five key applications where EB Welding plays a pivotal role in shaping the future of aerospace engineering.

Complying With New CMMC Cybersecurity DOD Standards

The aerospace and defense industry is critical to national security because it deals with advanced technology and confidential information. Therefore, ensuring that the highest cybersecurity standards are in place is essential.

How to Select a Welding Vendor

Considering how critical welds are, how much thought are you putting into welding and who is doing that welding for you? This guide will break down choosing a welding vendor and give you a framework to help make decisions that fit all aspects of your requirements, from quality, to expedience, to price.

Advantages of Electron Beam Welding for Aerospace Applications

In the aerospace industry, precision and reliability are paramount. When it comes to joining critical components, such as those found in aircraft engines or structural elements, choosing the right welding method is crucial. Electron beam welding is the choice for quality.

Why Welds Fail

There are many reasons a weld can fail, but generally, weld failures can be attributed to a few causes that can be mitigated with experience and the right process approach.

Welding Difficult and Dissimilar Metals

Critical applications often require metals with special properties. Often, those properties make welding more challenging. Metallurgy, the right welding process, and experience go a long way toward meeting the challenge.

Test to the Application, Not the Specification

Proper testing lies not in the specification but in the application. Too much testing can be costly and unnecessary. Too little testing, or testing only to the standard, can leave you with parts that don’t perform in the application. The right testing follows the requirements of the application.

Welding to AMS 2680

AMS 2680 is a very stringent aerospace welding standard that is applied in critical applications.

Raytheon Approved for Laser and Electron Beam Welding

Raytheon is well-known for maintaining high standards and quality. EB Industries is now an approved Raytheon supplier for electron beam welding services.

EB Industries is a Pratt & Whitney Approved Supplier

Pratt & Whitney is known for the high quality of its products. That quality is maintained, in part, by Pratt & Whitney’s very high standards and rigorous supplier approval system. We’re proud that we’re an approved Pratt and Whiney supplier.

Copper to Stainless Steel Welding

Welding copper to stainless steel is something we do quite about for our customers. It can be a tricky combination of materials to weld. Here is a bit about it, the problems involved, and the solutions we use at EBI.

Medical Devices: a Study in Collaboration

Medical devices take a long time to get to market. We specialize in collaborating with our suppliers to move faster with full quality and documentation.

Extraordinary Demands in Extraordinary Times

COVID-19 and the coronavirus pandemic have been a test to the way all of us do business. Do your suppliers have your back? We’ve been here for our customers, and this article describes our commitment.

We’ve Gotten a Perfect Score: NPS 100

We’ve been awarded a Net Promoter Score of +100. What is an NPS, and what does this all mean? Read on to find out.

Conduction Mode and Keyhole Mode Welding

High energy fusion welding systems – electron beam and laser beam welding – have two basic welding modes. Which one is best for your application depends on a variety of factors. This article is a quick look at the two modes and the advantages and disadvantages of each.

CW and Pulsed Laser Welding

Continuous wave or pulsed laser welding… what are the differences, and more importantly, which is more suited to your application? This article is a quick look at the pros and cons of each, to help you make decisions when developing your project.

Welding Specifications for Electron Beam Welding

Electron beam welding is controlled by a number of different standards. This article provides an overview of the differences between these standards with respect to the issues engineers must consider when designing assemblies for EBW (Electron Beam Welding)

Winning Work Back from Overseas

The dominant narrative these days about the manufacturing business in the United States is that China is strangling it with lower costs driven by less regulation and cheap labor. However, American companies can compete if they’re innovative and persistent, and we at EB Industries are proud to be an American company that is making a difference in keeping manufacturing in the United States.

AS9100: the Advantages of Standards

AS9100 is an aerospace industry standard that is rigorous and comprehensive. This article discusses the standard in detail and explains why it is to your benefit to work with companies that have AS9100 certification.

Developing Welds: A Study in Collaboration

Collaborating with our customers is the foundation of our philosophy at EBI. This article is about one such collaboration with a battery manufacturer, and how we used our expertise with laser welding technology to help them cost effectively manufacture their product.

3D Laser Cutting and Welding: A Game Changer

We’ve added 3D Laser Welding and Laser Cutting to our services. Here’s a bit about it and how it might be of benefit to you.

How to Get a 0% Weld Failure Rate

EB Industries has an industry low weld failure rate. One of our customers was curious as to why we could achieve this compared to some of their other suppliers. Here’s the story.

Why EB Welding Is Still Cutting Edge Technology

EB Welding technology has been around since the 1950’s. And despite all the scientific and technological advances across six decades, it is still the best process to join metals, especially difficult to weld alloys and dissimilar materials. Here’s why it is still top dog after all these years.

Welding Aluminum: Solving Porosity Problems

Welding T2219 Aluminum to AMS2680 is very difficult, principally due to porosity issues. This brief article is how EBI developed a process to weld a particularly difficult weld in a mission critical aerospace application.

Precision Welding as an Alternative to Brazing

Brazing is a commonly used joining process, but for many applications it simply isn’t rugged enough or appropriate for heat sensitive components. We have an alternative. Read about it here.