BambuLab X1C/P1P - Rise & Dry - Dry your filament while Printing!
Source: MakerWorld by AP Engineering
The BambuLab X1C/P1P - Rise & Dry - Dry your filament while Printing! is a free printable 3D model from MakerWorld by AP Engineering. While printing technical materials the chamber temperature easily goes above 40/45degC, which is enough to dry some technical filaments (ABS, ASA, PETG, Silk PLA, etc), so. You can download the STL file from the original listing below and print it at home.
About this model
While printing technical materials the chamber temperature easily goes above 40/45degC, which is enough to dry some technical filaments (ABS, ASA, PETG, Silk PLA, etc), so instead of using an external filament dryer, why not use that heat to dry your next spool of filament? This was my concept.These parts, obviously, should be printed in ABS and ASA, and some PETG can also handle the temperatures and strenght requirements.By raising the top glass 90mm with 4 external pieces, and then printing aditionally 4 pieces that will support the spool (interlocked with a center cap screw) you're able to fit any 1kg spool and dry it while printing. The 4 support pieces are screwed to the external raiser using 25mm or bigger screws.This riser is still compatible with original Bambu X1C Top Glass. Compa…
Frequently asked questions
- Is this 3D model free to download?
- Yes. BambuLab X1C/P1P - Rise & Dry - Dry your filament while Printing! is free to download from MakerWorld. Open it in the free Thinger app, or use the "Download from MakerWorld" link above to open the original listing.
- Where is the STL hosted?
- The download is hosted by MakerWorld, not by Thinger. We link you directly to the original listing by AP Engineering.
- Who made this model?
- Designed by AP Engineering, published on MakerWorld. Please credit the creator when sharing your print online.
- Can I print this at home?
- Yes. This model is intended for home FDM and resin 3D printers. Check the original listing for suggested print settings like layer height and supports.
Similar 3D models in spool
More from AP Engineering
