We noticed several rather unusual 3D printing filaments are now available for you to try out.
We’ve written previously of NASA’s incredible 3D printing experiment taking place on the International Space Station. Now we’ve seen a real example of how the technology should work. The orbital 3D printer was designed by startup Made In Space, who, over the course of several years developed a plastic filament-based 3D printer capable of microgravity operations
Contrary to popular belief, there’s not a one-size-fits-all approach to 3D printing.
The scientists at Impossible Objects have developed a unique 3D printing process, and it appears the market like it: they were just awarded USD$2.8M.
TNO has been developing some unique 3D printing technologies that we may see in new machines soon.
We’re checking out a pair of brand-new resin-based 3D printers from Way2Production: the SolFlex series. We examined the two DLP-powered resin 3D printers from Austrian Way2Production, which were being shown to the public for the first time
How many times have you been digging into your bag in search of a flash drive buried somewhere underneath all your stuff?
As always, 3D printing made big moves this week. Here is a quick recap of the three news we preferred this week
Researchers at Purdue University have developed new 3D printing preparation software that could make 3D printing a lot more efficient. The new algorithm has several benefits. The “PackMerger” algorithm is able to chop up a model into parts efficiently arranged on the print bed.
To give you the best online personal 3D printing center, we’re always bringing new tools to our online interface. After the Repair Tool, Solidity Check, Cut-Away View, Batch Control for short series, Hollowing to hollow your 3D model, we’re introducing “Multipart” to easily 3D print a file that contains more than just one part.