We are excited to announce the launch of our new AI assistant, a powerful tool designed to help you quickly navigate our extensive resources. This chatbot is not just a simple Q&A bot; it's a specialized assistant trained on our entire library of blog posts,...
Posts Written by: The NEDC Team
A Shield Against Interference: An Introduction to EMI/RFI Solutions
In an increasingly connected world, electronics are constantly at risk of electromagnetic and radio-frequency interference (EMI/RFI). This invisible noise can disrupt sensitive components, degrade performance, and even cause total system failure. The solution?...
Navigating Our Blog: Your Guide to Die-Cutting, Gaskets, and Thermal Management
With over 100 blog posts, our site is a rich resource for engineers and designers. We've written on everything from specific material properties to the latest industry applications. Referencing these articles is a great way to deepen your understanding and find the...
Finding the Perfect Fit: A Guide to Thermal Gap Filler Pads
In the world of electronics, thermal management is a critical factor for ensuring performance and longevity. As devices get smaller and more powerful, the challenge of dissipating heat becomes even greater. This is where thermal gap filler pads come in—they are...
The Future of Thermal Management: How NEDC is Supporting Next-Gen AI
In this series, we've explored the foundational thermal challenges of AI hardware and the critical role of material selection and precision die-cutting in solving them. As the industry continues its rapid march toward more powerful, dense, and efficient computing, the...
Beyond the Pad: Die Cutting and Customization for AI Thermal Solutions
In our previous post, we dove into the key properties of thermal pads, such as thermal conductivity and compressibility, to help engineers select the right material. But the material itself is only half the solution. In the complex world of AI hardware, where space is...
The Engineer’s Guide to Choosing Thermal Interface Materials for AI Hardware
In our previous post, we explored the critical thermal problem facing modern AI hardware. Now, let’s get into the specifics of the solution. For the engineers tasked with designing and building these powerful systems, selecting the right Thermal Interface Material...
The Thermal Problem: Why Your AI Hardware is Running on Borrowed Time
In the world of artificial intelligence and high-performance computing, speed is everything. But with great speed comes a significant challenge: heat. As AI hardware like GPUs (check out our post about finding the right thermal pad for your GPU) and specialized...
What Does Die Cut Mean? Unpacking the Term in Precision Manufacturing
When you encounter the term "die cut," it refers to a highly precise and efficient manufacturing action: the process of using a specialized tool called a steel rule die to create custom shapes. Imagine a cookie cutter, but on an industrial scale, applying enormous...
What is Die Cutting? Understanding This Essential Precision Manufacturing Process
Die cutting is a highly precise and efficient manufacturing process that utilizes a specialized tool called a steel rule die to cut specific shapes, intricate cut-outs, and precise diameters from a wide variety of materials. At NEDC, die cutting is not just a process;...
Can You Use a Thermal Pad for a CPU? Here’s What You Should Know
If you're building a PC, repairing a system, or just curious about thermal interface materials (TIMs), you’ve likely asked: “Can I use a thermal pad on my CPU?” The short answer is: yes, but only in the right situations. Let’s break down when thermal pads make sense...
Best Thermal Pads for GPUs: What You Need to Know
If your GPU is running hot, throttling, or simply due for a maintenance upgrade, there’s a good chance the culprit is old, degraded thermal interface material—specifically the thermal pads. Unlike CPUs, which typically use thermal paste (see the difference in another...
Thermal Pad vs. Thermal Paste: Which One Is Right for Your Project?
Thermal Pad vs Paste: Is It Any Different? When you're managing heat in electronics, the choice between thermal pads and thermal paste can make or break your application. Both help transfer heat from a component (like a CPU or power module) to a heat sink—but they do...
How Waterjet Cutting Works at NEDC: Precision for Complex Gasket Applications
https://youtu.be/h8vbU28IwHE?si=EFK1wDpaQ904M3-Y We’re back with another behind-the-scenes look at how things work here at New England Die Cutting (NEDC). This time, we’re showcasing one of our most versatile tools—the waterjet cutter. Waterjet cutting allows us to...
Understanding Secondary Liners in Gasket Materials
https://youtu.be/GFqFFOlkdW0?si=8Mmv8Yz3xWblLDfs Hey everyone—back again with another quick tip from the team here at NEDC. Today, we're talking about secondary liners and why they matter when you're selecting a gasket material. Let’s break it down. What Are Secondary...
PORON Dust Gaskets: Sealing Out the Elements with Precision
https://youtu.be/ho7RfxT23Ko?si=WS-JUZ22OFfa_gyF Dust, debris, and other fine particles may seem harmless—but in sensitive electronic or mechanical assemblies, they can wreak havoc. Dust sealing gaskets are essential in electronics, HVAC, and outdoor enclosures where...
FAQ: Why Choose NEDC? Your Top Questions Answered
At New England Die Cutting (NEDC), we know customers have questions—lots of them. And after 10 years at NEDC, our team has heard just about everything. In a recent video, we addressed some of the most frequently asked questions about who we are, what we do, and how we...
EMI Shielding: Protecting Electronics from Electromagnetic Interference
In today’s highly connected world, electronic devices are everywhere, from medical equipment to aerospace technology. But with more electronics comes a growing challenge—electromagnetic interference (EMI). EMI can disrupt signals, degrade performance, and even cause...
Vibration Dampening: Enhancing Performance and Longevity Across Industries
Vibration may seem like a minor issue, but in industries like aerospace, medical, and electronics, excessive vibration can lead to component failure, reduced performance, and costly damage. That’s where vibration dampening solutions come in—designed to absorb and...
Thermal Pads: Your Go-To Solution for Heat Management
In today’s fast-paced world of technology, managing heat is more critical than ever. High-performance devices like processors, GPUs, and medical equipment rely on efficient thermal solutions to function optimally. That’s where thermal pads come in—offering reliable,...
NEDC Now Offers Dry Ice: Versatile Solutions for Cooling and Beyond
Dry ice is a powerful cooling tool used across industries for its ultra-low temperatures and clean sublimation properties. At New England Die Cutting (NEDC), we’re excited to offer high-quality dry ice for local purchase. Whether for medical transport, food storage,...
Understanding RF/Microwave Absorbers: Applications and Advantages
In today’s world of high-frequency communications and advanced electronics, managing electromagnetic interference (EMI) is critical. RF (radio frequency) and microwave absorbers play a vital role in ensuring signal integrity, reducing interference, and enhancing the...
Waterjet vs. Laser Cutting: Which Technique is Right for Your Project?
In today’s manufacturing landscape, precision laser and waterjet cutting plays a pivotal role in ensuring quality and efficiency. At New England Die Cutting (NEDC), we specialize in two of the most advanced cutting techniques: precision waterjet cutting and custom...
Q-Pads: Precision Thermal Interface Solutions at Your Fingertips
Efficient thermal management is a cornerstone of high-performance technology, and Q-Pads are leading the way in providing precise, reliable solutions. When it comes to reducing thermal resistance and enhancing system performance, Q-Pads deliver unmatched results. Best...
Sil-Pads: The Ultimate Solution for Thermal Management
In today’s world of high-performance electronics, managing heat effectively is critical. Poor thermal management can lead to overheating, reduced efficiency, and even failure of electronic components. That’s where Sil-Pads come in—offering a reliable and efficient...
The Importance of Thermal Management in Electronic Devices
Introduction As electronic devices become more powerful and compact, managing heat effectively is becoming increasingly crucial. Thermal management in electronics is essential to maintain system reliability, improve performance, and extend the lifespan of devices....
The Essentials of RF Absorption in Electronics
Introduction In the rapidly advancing world of electronics, Radio Frequency (RF) interference poses a significant challenge, affecting everything from consumer gadgets to sophisticated industrial systems. Effective management of RF interference through absorption...
R10460 Silicone Sponge Die-Cut/Waterjet Cut
As discussed in many of the posts that we write, different materials are what make up NEDC’s DNA. The beauty of die-cutting lies in the different materials and the versatilities they may offer. One material that offers significant versatility is the flame retardant...
Sil-Pad 900S Thermal Pad | Thin Thermal Pad | Sil Pad 900S Sheets in Stock!
NEDC has been die-cutting thermal pads since its inception in 1982. One of the more popular products Sil-Pad 900S by Henkel’s Bergquist. It is one of the most commonly die-cut materials NEDC converts. This product is part of the Sil-Pad family, featuring great thermal...
Custom Die Cutting
As I always say, every print is like meeting a new person. Similar to DNA, every print is unique to the material, shape, size, tolerance, and specifications. At NEDC, our business model is built around the idea that whatever design our customers come up with, if we...
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Ultra-Thin Thermal Performance with Tflex™ UT20000- Custom Die Cut
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