CT'c Bizer Heat Housing for ABS printing

CT'c Bizer Heat Housing for ABS printing

thingiverse

There are numerous impressive designs available on Thingiverse, but I opted for something simple and practical. You can easily remove the doors by sliding them upwards, allowing for an open build space perfect for using PLA filament. Additionally, you can utilize the hinge axis to secure fan shrouds for enhanced cooling when printing with PLA. Unfortunately, you'll have to wait until I start using PLA, or create your own design work;). Hinges and Door Snappers are secured to the frame and doors via M4 X 16mm screws, washers, spring washers, and nuts. For the hinge axis, I used M4 X 20mm screws. The Door Handles were attached with 3.9mm X 13mm self-tapping screws. The Top Cover frame is constructed using 15 X 15mm rectangular aluminum profiles and double-sided adhesive tape. Simply cut the profile according to your acrylic sheets once you've finished cutting them, taking into account the thickness of the adhesive tape – I didn't, and now my gaps aren't as desired :(. You can glue the Top Bowden Cover to the acrylic sheet, but mine fits perfectly by simply slipping it in. Make use of the support option in your slicer software or the "Support" file provided. All other parts are designed for printing without support. Simply place and rotate them accordingly on your build plate. To ensure accurate hole placement, utilize the attached drill templates. Place holes for the Door Handle and Snapper based on your cutting and hinge hole drilling results. Acrylic material thickness is 4mm. If you'd like to order your acrylic sheets cut to shape, use the STP files to send to your supplier.

Download Model from thingiverse

With this file you will be able to print CT'c Bizer Heat Housing for ABS printing with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on CT'c Bizer Heat Housing for ABS printing.