NIST has demonstrated a metal 3D printing method that stirs molten metal during the print by sending the laser along looping elliptical paths instead of straight lines.
MIT's 3D-printed triaxial electrospray nozzles could revolutionize drug and self-healing material manufacturing. By using a relatively inexpensive resin printing approach, the new nozzle fabrication technique removes the need for a semiconductor-class cleanroom facility.
Elegoo announced the new machine as a fun and creative collab with the emoji® brand, a German company that has trademarked the commercial use of emojis on physical merch and media.
Voltage Vessels hopes to allow the U.S. Navy to build boats where they're needed and reduce reliance on an overly long supply chain. The company claims that it can forward deploy its 3D printers in-theater and also increase output up to 15,000 metric tons annually.
Bambu Lab is once more in hot water after user Moreiras3D posted a video of a melted A1 3D printer to Instagram. The footage shows an A1 with its side completely melted down to the metal chassis, but some of the key details behind the incident remain unknown.
The SFC says that including proprietary code alongside software under AGPLv3 breaks the open-source license, and that Bambu Lab has been doing this for years.
While the internet is up in arms over Bambu Lab threatening legal action against an indy OrcaSlicer developer, Josef Prusa once again warns of sheep in wolves' clothing. Prusa, the founder and CEO of Prusa Research and proponent of open source, has often noted that his company is the last Western manufacturer of desktop 3D printers still standing after China began subsidizing manufacturers within its borders.
Louis Rossmann posted yet another YouTube video taunting the 3D printing juggernaut into taking legal action. In the video, he stated the contentious fork of OrcaSlicer-BambuLab was now hosted on his own FULU (Freedom from Unethical Limitations) Foundation GitHub.
MIT researchers have developed a 3D-printed three-sided zipper that rapidly transforms floppy structures into rigid beams, robotic limbs, and deployable frameworks using triangular geometry.