Are you looking for a way to minimize warping and cracking of your 3D prints? Well look no further, the Lulzbot Mini & Mini 2 ABS+ Enclosure Kit is the solution you’ve been looking for! Constructed using clear, lightweight, 3mm thick extruded acrylic and rugged ABS panels; this enclosure is perfect for those who are printing in less than ideal cold and drafty environments or those printing using materials with high shrink rates (Such as ABS, Nylons, and Polycarbonates.)
|Order Now:||Ships calculating... Free U.S. Shipping|
The latest iteration of enclosures designed specifically for the LulzBot Mini & Mini 2, this enclosure kit is designed to help regulate temperature and reduce warping and cracking that can happen as a result of printing in less than ideal environments. Advanced users can mount a 40mm fan to vent air from the enclosure, add filtration, and more.
This enclosure does not require any additional gluing, drilling, or cutting for assembly as the kit contains all necessary hardware.
LulzBot Mini Dimensions (Standard): 435 mm x 340 mm x 385 mm (17.1 in x 13.4 in x 15.2 in)
LulzBot Mini Dimensions (with Enclosure): 435 mm x 445 mm x 385 mm (17.1 in x 17.5 in x 15.2 in)
Enclosure adds an additional 105 mm (4.1 in) in the Y-axis (from front to back).
At MatterHackers we pride ourselves on offering friendly service, advice, and support. Our prices are always the lowest in the industry when you factor in our free shipping for every item on the MatterHackers site (including 3D printers). Most of all, our staff is friendly and knowledgeable. They have been 3D printing for several years now and are happy to answer your 3D printing questions. Have a question about your new LulzBot Mini & Mini 2 ABS+ Enclosure Kit? No problem. Feel free to give us a call.
In short, buying a 3D printer from MatterHackers is a holistic experience. We are here to partner with you through every step of your 3D printing journey. Additionally, we have all of the PLA, ABS, and Specialty Filament that you could ever need to design anything you can imagine.