Foundation Alloy Industrializes New Metals Platform with $22 Million Series A, New US Facility, and Japanese Distribution Partnership

Foundation Alloy, a foundation for the next industrial era, led by Jake Guglin, Erin McDevitt, Chris Schuh, and Tim Rupert, has announced $22 million in Series A financing to scale production on its MetalsFIRST™ platform, a fully integrated, solid-state metallurgy technology, to industrial volumes. The round was led by Voyager Ventures, with participation from Trust Ventures, Yamaha Motor Ventures, America’s Frontier Fund, Overlap Holdings, Material Impact, Engine Ventures, and El Cap. An additional investment was made by Kanematsu Corporation, a global Japanese trading house, which signed a definitive distribution partnership and is bringing Foundation Alloy’s materials to major industrial customers across Japan and Southeast Asia.

Foundation Alloy products, all manufactured in the United States, are being piloted by customers today across North America, Europe and Japan.

Scaling the Future of Advanced Materials.

Engineering alloys are critical to industries ranging from aerospace and defense to energy and precision manufacturing, yet production methods have remained largely unchanged for decades. As supply-chain bottlenecks and performance limitations become more pronounced, the need for new manufacturing approaches is growing.

With this funding, Foundation Alloy is expanding into a larger industrial supplier, opening a 36,000-square-foot facility in Massachusetts, adding production capacity in New Hampshire, and growing its production, engineering, and commercial teams.

Scaling From Pilot Production to Industrial Supply.

According to Jake Guglin, materials produced through the company’s platform are already being evaluated in commercial pilots and production trials across North America, Europe, and Asia. The latest funding is focused on scaling manufacturing capacity rather than research, supporting new production facilities and modular manufacturing infrastructure.

The expansion is expected to increase output significantly over the coming years while enabling faster deployment and scaling than traditional metals manufacturing. To meet growing demand from defense, energy, and advanced manufacturing customers, the company is also expanding its production, engineering, and commercial teams.

Reinventing Alloy Manufacturing.

Foundation Alloy’s MetalsFIRST platform uses a fully integrated, solid-state manufacturing process that eliminates the need for traditional melting. By combining alloy design, mechanical alloying, shaping, and sintering into a single approach, the platform enables faster production, more efficient scaling, and the creation of material properties that are difficult or impossible to achieve through conventional methods.

The company’s specialty and stainless steels are designed for demanding industrial applications while requiring significantly fewer production steps than legacy processes. Its Molyclast® product line, including the MC1200 alloy, is engineered to deliver substantially higher performance than conventional alternatives, combining improved material properties with more efficient manufacturing. This approach aims to unlock new possibilities across aerospace, defense, energy, and advanced industrial applications.

Industry and Investor Support for Next-Generation Alloys.

Industry partners and investors see Foundation Alloy’s technology as a potential solution to longstanding challenges in manufacturing, including productivity constraints, equipment utilization, and supply-chain reliability. Early evaluations of the company’s materials are already underway for high-performance industrial applications, with growing interest from manufacturers across Asia and other global markets.

Supporters of the company believe its MetalsFIRST platform can deliver a new generation of alloys that combine improved performance with faster and more efficient production. By engineering materials at the atomic level and simplifying the manufacturing process, Foundation Alloy aims to address critical needs across sectors such as aerospace, defense, energy, and precision manufacturing while strengthening domestic industrial capabilities.

Expanding Applications Across Advanced Manufacturing.

Foundation Alloy’s materials are already being evaluated in industrial pilot programs through its Molyclast family of molybdenum-based alloys, which target applications such as hot forging, die casting, and other high-temperature industrial processes. The company is also expanding into iron-based materials, including stainless steels, tool steels, and specialty high-performance alloys through multiple customer pilot programs.

Near-term growth is focused on markets such as cutting tools and blades, while longer-term opportunities span aerospace, defense, and advanced energy systems. Depending on customer requirements, materials can be supplied as finished components, near-finished parts, or stock material for downstream manufacturing.

Foundation Alloy is also working with organizations such as LIFT, which supports the development and commercialization of advanced manufacturing technologies to strengthen industrial competitiveness and national security.

Supporting the Scale-Up of Advanced Manufacturing Technologies.

According to Nigel Francis, Foundation Alloy’s progress reflects the broader goal of accelerating breakthrough manufacturing technologies into the U.S. industrial base. Support from LIFT’s testing and pilot manufacturing facilities helped validate the company’s production approach and demonstrate its commercial potential.

The successful completion of the Series A financing marks the next stage of growth, enabling Foundation Alloy to expand manufacturing capacity and advance the commercialization of its materials technology within the United States.