Foundation Alloy raises $22 million to scale energy-saving metals production

Foundation Alloy has raised $22 million to scale a metals process that skips melting altogether, instead smashing powder particles together in a special mill until they fuse into a new alloy. The startup says the solid-state method uses around an order of magnitude less energy than conventional alloying, but its bigger challenge is commercial: turning a lab-driven technique into a repeatable manufacturing system that can hold down costs, secure supply chains and deliver enough volume for real buyers.

Jake Guglin, the company’s chief executive and co-founder, said Foundation Alloy is already running pilots with customers in automotive, aerospace, semiconductor and defense, along with makers of chef’s knives and luxury watches. He said the company is constrained by production capacity rather than demand, a sign that early interest has arrived faster than the factory buildout needed to serve it. That matters because the first markets for a material like this are likely to be the ones that can pay for performance before scale brings prices down.

The Series A round was led by Voyager Ventures, with participation from Trust Ventures, Yamaha Motors, America’s Frontier Fund, Overlap Holdings, Material Impact, Engine Ventures, El Cap and Kanematsu Corporation. Kanematsu will also distribute Foundation Alloy’s metals in Japan and Southeast Asia, giving the startup a foothold in markets where advanced manufacturing and premium consumer products can help validate a new material before it reaches broader industrial use.

Foundation Alloy says it aims to reach several tons per week by 2027. Hitting that target will be the real proof point. The company’s process may promise less energy use and new material properties that traditional melting cannot easily produce, but customers in aviation, semiconductors and defense will still want consistent quality, dependable supply and economics that justify switching from established alloys.

The technology builds on 20 years of research by Tim Rupert and Chris Schuh into metal behavior at the nanometer scale. Schuh, who previously co-founded Desktop Metal and Xtalic, has long worked at the edge of materials science and commercialization. Foundation Alloy now has to bridge the same gap at industrial scale, where the question is not whether the metal is novel, but whether it can be made reliably enough to matter in weapons, wearables and kitchen tools alike.