DESKTOP METAL OPERATING, INC.

Desktop Metal Operating, Inc. specializes in advanced manufacturing systems and materials innovation, with core capabilities centered on industrial machinery for additive manufacturing, high-performance polymer processing, and applied research in engineering sciences. The company delivers turnkey production cells for 3D-printed metal and expanded foam components, integrating precision engineering with proprietary material formulations to support mission-critical defense and veteran healthcare applications. Their technical expertise includes Furan process cell automation, thermoplastic resin formulation for additive environments, and laboratory-scale prototyping services for physical and engineering sciences, demonstrating a strong focus on scalable, end-to-end manufacturing solutions tailored to defense-grade requirements. Key differentiators lie in their ability to bridge materials science with industrial-scale production, enabling rapid iteration of complex geometries and functional components under stringent performance standards. The contractor has established a consistent presence with the Department of Defense, delivering advanced manufacturing systems and R&D support for next-generation components, while also serving the Department of Veterans Affairs with specialized 3D expandable foam solutions likely used in prosthetics or medical device applications. Their relationship with these agencies reflects a pattern of providing mission-enabling hardware and process technologies rather than administrative or IT services. Primary industry focus is on industrial machinery manufacturing for non-traditional fabrication methods, including polymer resin production and specialized machinery for additive processes. This positions the firm as a niche supplier in defense and veteran healthcare sectors requiring high-integrity, low-volume, high-complexity manufacturing. As a 2L entity based in Burlington, MA, Desktop Metal Operating, Inc. operates as a small business without federal certifications, leveraging its engineering-centric location and technical agility to serve government needs in advanced manufacturing and applied R&D.