OpenCAL: 3D Printing Inspired by Star Trek
Computed Axial Lithographic printing gets even closer to the Star Trek replicator fantasy than any other 3D printer we’ve seen: there’s a machine, it glows with a mysterious bluish light, and an object appears. OK, the object is appearing inside a spinning vat of photochemical ooze, not in thin air, but that’s a detail. It’s still very cool tech, and now it’s open source enough to replicate with full documentation and a GitHub repository . This project is descended from the s
Computed Axial Lithographic (CAL) 3D printing brings us closer to the Star Trek replicator concept. The technology uses a spinning vat of photochemical material and a projector to create objects. It is now open source with detailed documentation and a GitHub repository. The project originated from Berkeley research and previously relied on a Discord server for communication. Now, there is searchable documentation alongside a corporate-hosted chat. The process involves a special resin and a NexiGo Nova Mini projector. It eliminates the need for FEP and offers a continuous printing process. Instructions for building the printer and mixing resin are available, along with safety warnings. A partnership with FormLabs will provide resin for those who prefer not to handle it themselves. This development makes the technology more accessible and safer for users.
It advances 3D printing accessibility and safety through open-source collaboration and partnerships.
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