A compelling insight into SAF technology on the H350. Prototal Damvig COO Jesper Damvig invested in SAF on the H350 printer in 2021 to capitalize on the technology's many strengths including part quality and repeatability, as well as the sustainability of PA11. He tells of a market for 3D parts that is fast developing and how AM technology is steadily moving from prototyping to playing a full-blown manufacturing role.
SAF™ technology moves the needle for Prototal Damvig.
Learn how additive manufacturing transforms automotive production, from rapid prototyping to end use parts, tooling, and on demand customization.
続けて見るLearn how 3D printed VTOL drones enable scalable defense production though part consolidation, qualified thermoplastics, certified repeatable additive manufacturing workflows, and ITAR-compliant facilities.
続けて見るLearn how 3D printed fixed-wing drones are designed and manufactured for defense and commercial operations, including materials, DfAM principles, and scalable production strategies.
続けて見るLearn how additive manufacturing transforms automotive production, from rapid prototyping to end use parts, tooling, and on demand customization.
Learn how 3D printed VTOL drones enable scalable defense production though part consolidation, qualified thermoplastics, certified repeatable additive manufacturing workflows, and ITAR-compliant facilities.
Learn how 3D printed fixed-wing drones are designed and manufactured for defense and commercial operations, including materials, DfAM principles, and scalable production strategies.
