While not currently implemented, says he’s also working on an internal fire suppression system and a fan controller system which will circulate air inside the enclosure should things get a little too toasty. It’s packed with features like an integrated Raspberry Pi for running Octoprint, internal and external environmental monitoring with the Adafruit SHT31-D, and a Logitech Brio 4K video camera to watch the action. Of course, there’s more to this enclosure than just an aluminum box. You could probably sit on the thing with no ill-effects, which is good, since he also designed the enclosure to be stackable should your print farm need to expand vertically. Obviously not wanting to leave anything to chance, designed this enclosure with 2020 extrusion and aluminum side panels. While we’ve seen no shortage of DIY printer enclosures over the years, they tend to be fairly lightweight. Luckily, has spent the last few months designing a very impressive enclosure that he’s released to the community as open source. The solution is a temperature-controlled enclosure, but that can be a daunting project without some guidance. Even with the exact same settings, a part that printed beautifully in the summer can warp right off the bed during the winter months. One of the unfortunate realities of desktop FDM 3D printing is that environmental factors such as ambient temperature and humidity can have a big impact on your results.
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