3D Printing News Briefs, August 26, 2026: CubeSats, Prosthetics, & Defense
New developments in 3D printing include polymer-based CubeSats, smart prosthetics, and defense manufacturing advancements.
Aussie company Titomic successfully completed a rapid manufacturing order for EOS Defense Systems USA, showcasing its ability to support critical defense production programs. The project highlighted Titomic's cold spray additive manufacturing technology, which enabled quick modifications for a vital component.
Italian startup NESST Srl, in collaboration with Roboze, 3D printed a primary CubeSat 3U structure using Carbon PEEK material on the Roboze ARGO 500 HYPERSPEED platform. The project, funded by the Italian and European Space Agencies, demonstrated that high-performance polymers can match the mechanical properties of traditional aluminum alloys used in satellite structures, while meeting space environmental standards.
Rochester Institute of Technology (RIT) faculty from the U.S. and Dubai campuses developed advanced finger and hand prosthetics using hybrid materials, smart sensors, and 3D printing. The interdisciplinary team integrated biodegradable thermoplastics, heat-resistant silicone, and piezoelectric sensors to create more functional and biocompatible prosthetics.
These developments highlight additive manufacturing's growing role in aerospace, defense, and medical applications. Using high-performance polymers for CubeSats reduces weight and cost, while smart prosthetics improve functionality. The focus on rapid, customized manufacturing underscores AM's potential to transform traditional industries.
Edited by the news editor with AI from the original report — please refer to the original source.