Microsoft and Microsoft research to create 3D-printed prosthetic limbs for soldiers
TechRadAR title Microsoft research will create 3-D printed prosthetic arms for soldiers using Microsoft’s 3D printing technology article Techradar title 3-d printed prostheses for soldiers are here article TechRaptor article The world has lost a lot of its jobs and the global economy has been ravaged by global financial instability.
Now, Microsoft is using 3D printed parts to help bring those jobs back.
On Thursday, the company announced it has developed 3D printer parts that can be used in the manufacture of prosthetic legs for soldiers.
The company said that 3D printers can be made in a variety of sizes and have “low cost and robust durability.”
Microsoft is using the technology to create parts for a new product called “Skeletal Prosthetic,” which it says will be available in the second half of 2021.
The technology was created by Microsoft Research and is being made by an unnamed supplier.
The Skeletal Prostelectronic (SP) arm will have a three-dimensional shape that can move with the wearer’s body, which allows it to be more comfortable to wear.
Microsoft says the prosthetic arm has a maximum speed of 100 meters per second, a range of 30 degrees, and can be “recycled with minimal effort” if needed.
The arm can also be “printed at a rate of 50 per second,” according to the company.
“This is the first step in Microsoft’s long-term commitment to bringing prosthetics and medical devices closer together,” said Eric Schmidt, the CEO of Microsoft, in a statement.
“By partnering with a partner who is leading the way, we can help shape and improve the next generation of medical devices and prosthetics.”
The company said it will start selling the Skeletal prosthetic in late 2021 and will provide training for suppliers on how to use 3D print technology.
It said that this will be used to create more prosthetic parts for medical users, so that they don’t have to take their prosthetic to the hospital or have it damaged by a war.
“We will be using our new 3D technology to help build new prosthetic systems for people who are suffering from a range