Uploaded January 2024 | Updated September 2026, 3 weeks ago
Researchers at MIT have developed 3D printed quadrupoles. These devices are usually complex and expensive to manufacture out of stainless steel. The team 3D printed them on a Bison 1000 DLP printer by Tethon3D and used Universal Vitrolite resin.
A 1.1 million Euro European research project is to look at the automating depowdering and sorting of powder bed fusion parts. The bin sorting software firm Scape Technologies, Danish Technological Institute and AMT will work on the project.
Berlin based Endless Industries has developed a print head that can let existing 3D printers print continuous fiber.
Velo3D has sold a Sapphire system to Kratos SRE.
Bambu Labs will allow external firmware, with caveats!
Researchers at MIT have developed 3D printed quadrupoles. These devices are usually complex and expensive to manufacture out of stainless steel. The team 3D printed them on a Bison 1000 DLP printer by Tethon3D and used Universal Vitrolite resin.
A 1.1 million Euro European research project is to look at the automating depowdering and sorting of powder bed fusion parts. The bin sorting software firm Scape Technologies, Danish Technological Institute and AMT will work on the project.
Berlin based Endless Industries has developed a print head that can let existing 3D printers print continuous fiber.
Velo3D has sold a Sapphire system to Kratos SRE.
Bambu Labs will allow external firmware, with caveats!
