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AMT Tech Report: Creating One of Additive's Toughest Materials

Mar 27, 2026

We've come this far because we are the smartest creatures that have ever lived. But to continue, we require more than intelligence. We require wisdom.

– Sir David Attenborough


This is a published version of the AMT Tech Report newsletter. You can sign up to get the Tech Report in your inbox here.


We’re surrounded by smarter tools, faster machines, and more powerful systems than ever. But intelligence alone doesn’t drive results. The edge comes from knowing where to invest, what to automate, what to trust, and where the limits actually are. This week’s stories all point out that capability is everywhere, but judgment is the differentiator.

1. Spend Money, Make Money

Marathon Precision’s secret sauce is to buy new tech early, figure out how to use it, and then let the work follow – plus a steady diet of IMTS scouting. Owner Mike Bauer has been doing it since his first CNC, even putting money down on machines before they hit the market. Marathon’s latest toy is a 3D scanner that dramatically cuts inspection time, opening up their schedule for more fun jobs. With over 50 machines, the strategy isn’t flashy, but they love the work. They invest in it. And customers can tell.

Read full article.


2. Hungry Like the Wolfram

Hiroshima University researchers deposited one of AM’s toughest materials: WC-Co cemented carbide. To combat the defects common in standard laser methods, they combined a hot-wire process with a laser-leading strategy and Ni-based interlayer. The result limits decomposition, blocks iron diffusion, maintains the microstructure – and creates parts with hardness above 1400 HV, closer to sintered performance. It’s not turnkey yet, but it’s a solid step toward targeting regions of a part for wear-resistant material.

Read full article.


3. La-Z-Bot

Furniture manufacturer Foliot didn’t use cobots to cut jobs; it used them to cut the stuff nobody wanted to do. By automating panel handling, operators were freed to run cells rather than feed machines. It’s not plug and play, though; programming talent mattered. After a pilot, the company scaled across its plants, boosting throughput by 15%, improving retention, and eliminating injuries. And the investment paid for itself in 16 months! The lesson? Automate the drudgery and let people do the thinking.

Read full article.


4. Chips Up, Caution On

January cutting tool shipments totaled $220.7 million, up nearly 10% year over year and slightly above December’s level. That’s a solid signal that production activity is moving. However, unit volumes dipped, and growth slowed compared to past years, suggesting underlying volatility. Add rising carbide costs to the equation, and those margins aren’t loosening anytime soon. Shops are still cutting but not exactly stretching themselves thin.

Read full article.


5. Got RAM?

We’ve officially hit the point where RAM is so expensive that vendors are selling kits with one real stick and one fake one just to fill the slots. Looks great, runs… not so great. Feels like deja vu from the GPU circus, where great silicon got paired with just-enough memory and sky-high prices. Now, AI demand is squeezing memory, and here we are. Turns out that compute without capacity is just a fast way to bottleneck. Your PC doesn’t care about aesthetics – only actual bandwidth.

Read full article.


Having the tools isn’t enough. Knowing how to use them is what counts. Invest early but wisely. Automate selectively, not blindly. Push boundaries but respect constraints. In the end, intelligence builds capability, but judgment turns it into results.

To get the latest tech developments delivered directly to your inbox, subscribe to the weekly Tech Report here.

To hear the latest in additive manufacturing, material removal, automation, and digital manufacturing, subscribe to the AMT Tech Trends podcast here.

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Author
Stephen LaMarca
Senior Technology Analyst
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