Space
Ceramic Manufacturing Module Successfully Operates in Orbit
Made In Space, a subsidiary of Redwire, demonstrates first successful ceramic additive manufacturing in space.
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EOS, Texas A&M Partner on AM Professional Development Program
Successful pilot training program for NASA Johnson Space Center leads to new collaborative offering to business and academia.
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Made In Space Sends Ceramic Manufacturing Module to International Space Station
Commercial in-space manufacturing device is designed to demonstrate proof-of-principle, single-piece ceramic turbine blisk manufacturing in microgravity for terrestrial use.
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AM Collaboration Maximizes Thruster Performance for Spacecraft Propulsion
How did a collaborative team build refractory metal-based resistojets using AM? Learn about a new resistojet propulsion system at AM In-Depth, Sept. 25 at 1:00 p.m. EDT. (Add to MySpark Planner.)
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CT Scanning Reveals What Isn’t There in 3D Printed Parts
3D Engineering Solutions offers CT scanning as a powerful nondestructive testing (NDT) solution for inspection. For 3D printed parts, sometimes revealing the space inside can be just as valuable as mapping what was printed.
Read MoreSumitomo Increases Investment in Sintavia
Follow-on investment will be used to accelerate Sintavia’s rapidly growing business of providing additively manufactured parts to key aerospace and space markets.
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Clean TeQ, Relativity Space Collaborate on Scandium Aluminium Alloys for 3D Printing of Rockets
Project to develop scandium-aluminium alloys for 3D printing of launchers for commercial orbital launch services.
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Sciaky's EBAM Advances Metal 3D Printing
Sciaky Inc.’s Electron Beam Additive Manufacturing (EBAM) technology is an industrial metal 3D printing solution with approved applications on land, sea, air and space.
Read MoreAmerica Makes Opens Third Satellite Center
America Makes has announced its third Satellite Center, located at the National Institute for Aviation Research (NIAR) on Witchita State University’s campus.
Read MoreNASA Funds Auburn University for AM Aerospace Growth
The research and development covered under a contract between Auburn University’s Samuel Ginn College of Engineering and NASA’s Marshall Space Flight Center will focus on evolving light-weight, large-scale additive manufacturing techniques for regeneratively cooled thrust chamber assemblies.
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