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3D Printer enclosure Brackets
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*Note: I had to select a specific model to upload this, so it shows I'm using an anycubic Kossel, but I'm using an anycubic Kobra Max that wasn't on that list*
PETG works great for this, but I used ABS. PLA WILL NOT WORK FOR A 3D PRINTER ENCLOSURE, the melting point of PLA is too low for what you would need to run in an enclosure and the PLA would be exposed to lots of moisture due to the heat variances and condensation.
The corner bracket is 2 " x 2" x 2" x 1/8" thick, and the edge bracket is 3"L x 1"W x 1"H x 1/8" thick. The holes are .2" (close to 5mm). The holes intended use are for 7/32" aluminum rivets, but most people will probably end up using bolts (you can always drill the holes out if needed). Eventually I will upload multiple brackets labeled with different sized holes, but for now I'll just upload what I have.
After hours upon hours of searching for some brackets for my 3D printing enclosure, I was not too happy with anything I found, most brackets were outside fit,
PETG works great for this, but I used ABS. PLA WILL NOT WORK FOR A 3D PRINTER ENCLOSURE, the melting point of PLA is too low for what you would need to run in an enclosure and the PLA would be exposed to lots of moisture due to the heat variances and condensation.
The corner bracket is 2 " x 2" x 2" x 1/8" thick, and the edge bracket is 3"L x 1"W x 1"H x 1/8" thick. The holes are .2" (close to 5mm). The holes intended use are for 7/32" aluminum rivets, but most people will probably end up using bolts (you can always drill the holes out if needed). Eventually I will upload multiple brackets labeled with different sized holes, but for now I'll just upload what I have.
After hours upon hours of searching for some brackets for my 3D printing enclosure, I was not too happy with anything I found, most brackets were outside fit,
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