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Related: Editorials & Other Articles, Issue Forums, Alliance Forums, Region ForumsNASA Just Emailed A Wrench To The International Space Station
The socket wrench we just manufactured is the first object we designed on the ground and sent digitally to space, on the fly, he adds. Its a lot faster to send data wirelessly on demand than to wait for a physical object to arrive via rockets, which can take months or even years.
The team started by designing the tool on a computer, then converting it into a 3D-printer-ready format. Thats then sent to NASA, which transmits the wrench to the space station. Once the code is received by the 3D printer, the wrench is manufactured: Plastic filament is heated and extruded layer by layer. The ISS tweeted this photo earlier this week, and you can see more pictures of the very cool wrench-printing process here.
Located on the campus of NASAs Ames Research Center, Made In Space built the first 3D printer for microgravity, and it was launched to the ISS in September. Within a month, the astronauts 3D-printed their first object: a replacement faceplate for the printers casing (pictured below).
http://www.iflscience.com/space/how-nasa-emailed-wrench-space
Amazing!
Cooley Hurd
(26,877 posts)re: The CO2 scrubber that was Jury rigged...
hobbit709
(41,694 posts)jimlup
(7,968 posts)But I guess the fuel cells were beyond repair at that point and the other tank was leaking and stuff so yeah I guess the CO2 scrubber...
lastlib
(23,216 posts)BumRushDaShow
(128,876 posts)They would need some sort of electricity to generate a current through the salt/water to initiate the reaction that generates the 2 gasses (and I understand the batts on vehicle were iffy but still). If solar panels had been perfected then, that would have helped.
Fortinbras Armstrong
(4,473 posts)Cooley Hurd
(26,877 posts)C_eh_N_eh_D_eh
(2,204 posts)If this can prevent a disaster due to the astronauts needing four spares of a particular part when they only brought three, it'll make missions a lot easier, both in planning and execution.
3-D printing is still in its infancy, of course. It can't make electronic components, and even some of the plastic parts on the ISS need to be a lot more durable than the thermal stuff a printer uses. Plus they'd still need to ship over tons of plastic for raw material. But in an environment like that, where even the most basic resupply mission is a hugely expensive and risky affair, every little bit helps.