Mission control on earth receives an urgent communication from Mars that an astronaut has fractured his shinbone. Using a handheld scanning device, the crew takes images of his damaged tibia and transmits them to earth. Orthopedic surgeons then use a 3D printer to create an exact replica of the astronaut’s leg from medical imaging files obtained before the voyage. Surgeons on earth use a robot to stabilize the bone with a metal plate on the 3D replica. The data is transmitted back to Mars, where surgical instruments, a personalized plate and screws are 3D printed. Finally, a surgical robot operates on the injured astronaut...
3D-printed prostheses
See the following -
3D Printers: A Revolutionary Frontier for Medicine
By Ivar Mendez | October 5, 2017
Open Prosthetics Founder: Challenges Ahead For Open Source Medical Devices
Libby Clark | Linux.com | August 6, 2014
Before he lost his arm serving as a Marine in Iraq in 2005, Jonathan Kuniholm was pursuing a PhD in biomedical engineering. Now as a founder and president of the Open Prosthetics Project Kuniholm is working to make advanced, inexpensive prosthetics available to amputees around the globe through the creation and sharing of open source hardware designs...
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