SRNL and Partners Advance 3D Printing With New CRAFT Technology Department of Energy (.gov)
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Velo3D has announced the expansion of its operations with a new 288,747-square-foot advanced manufacturing facility in Livermore, California, designed to scale metal 3D printing for production. The site features nearly 10 million cubic feet of production space and is equipped to house more than 100 large-format metal 3D printing systems at full capacity. This move signals a strategic shift for the company toward high-volume manufacturing of mission-critical components, addressing a growing industry demand for scalable additive manufacturing solutions beyond the prototyping phase.
July 3, 2026Associate Professor Mohammad Malekan of the University of Southern Denmark (SDU) has launched a research project to investigate the direct conversion of contaminated industrial metal by-products into powder for additive manufacturing. By exploring the use of "dirty powders" from CNC machining scraps without intensive chemical cleaning, the initiative seeks to reduce the environmental footprint and cost of metal recycling. This research is critical for the additive manufacturing sector as it addresses raw material scarcity in Europe and promotes a circular economy through localized, sustainable feedstock production.
July 3, 2026Ursa Major is leveraging advanced additive manufacturing to develop the Havoc hypersonic missile and a new generation of solid rocket motors to address critical U.S. defense munitions shortages. By utilizing AI-enabled metal 3D printing and modular production cells, the company aims to provide affordable, high-performance propulsion systems at scale. This shift toward additive-first design represents a significant evolution in aerospace manufacturing, moving away from traditional, rigid production methods to more flexible and rapid replenishment cycles for high-speed weaponry.
July 2, 2026Velo3D is significantly increasing its domestic manufacturing footprint with the establishment of a new 288,747-square-foot production campus in Livermore, California. This facility is designed to meet the growing demand for metal additive manufacturing within the aerospace, defense, and energy sectors as customers transition from prototyping to large-scale production. By consolidating machine assembly, post-processing, and component production, the expansion aims to shorten qualification timelines and strengthen supply chains for mission-critical metal parts.
July 2, 2026