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Made In Space makes ceramic turbine part in orbit in another 3D printing milestone.
The microwave-sized CMM makes parts via "stereolithography," which uses an ultraviolet (UV) laser and UV-curable resin. This 3D-printing technique can make complex objects such as turbine blisks with a high degree of accuracy, Made In Space representatives said.
The CMM is a pathfinder, a machine designed to demonstrate that intricate and economically important ceramic components can be made in microgravity for use here on Earth. And Made In Space thinks there's good reason to take the manufacture of such objects off the planet.
The microwave-sized CMM makes parts via "stereolithography," which uses an ultraviolet (UV) laser and UV-curable resin. This 3D-printing technique can make complex objects such as turbine blisks with a high degree of accuracy, Made In Space representatives said.
The CMM is a pathfinder, a machine designed to demonstrate that intricate and economically important ceramic components can be made in microgravity for use here on Earth. And Made In Space thinks there's good reason to take the manufacture of such objects off the planet.