Originally developed for in-space additive manufacturing (ISAM) and the constraints of microgravity, Spaceform’s suspension-based process is engineered to unlock capabilities far beyond what is achievable with today’s powder-bed systems. By combining controllable suspension deposition with precise laser consolidation, the technology is designed to support complex geometries, smooth multimaterial transitions, and inherently stable, supportless printing across metals, ceramics, and polymers. This approach will dramatically reduce reliance on costly spherical powders and enable the use of alternative, more sustainable feedstocks. While developed for orbital manufacturing and future ISRU pathways, the same innovations will set a new performance and cost benchmark for terrestrial industries—including aerospace, automotive, med-tech, and advanced materials R&D—bringing a step-change in flexibility, efficiency, and part quality to Earth-based production.