3D-printable Tilted strapped to a Desiccant Holder

thingiverse

This appears to be a log file from an STL (STereoLithography) file manipulation program, specifically Cura or Slic3r. The log shows the various operations performed on several 3D printing models. Here's a breakdown of what happened: 1. **Utah Teapot**: - An STL model named "FFF 3D-printable Utah Teapot with separate lid" was imported. - The volume difference after rotating it slightly (to align with the build platform) was quite significant, indicating a substantial change in size due to rotation. 2. **Spacer and Plate**: - A spacer was created as part of preparing the 3D print job. This is a common step in many slicing programs to ensure proper adhesion between layers. - An STL model named "Plate" was imported and processed. However, it had issues that led to its removal from the list due to being malformed. 3. **Kossel Metal Parts**: - Another STL model, "kossel_metal_parts.STL," was attempted to be used but was discarded because it was also found to be malformed. 4. **Beerbot Jesse Wheel** and **Mantis**: - Two more models were tried but both were removed due to malformations. 5. **Nikon Stand V4**: - The last model, "nikon-stand-v4.stl," was imported successfully after cleaning up its non-manifold faces. - It underwent a significant volume increase when rotated (257.74% more). - A union operation with the previously created spacer resulted in a large object, but it had no non-manifold issues. 6. **Export**: - Finally, an STL file was exported to "/uploads/20170507-2351-01". This log provides insight into the process of preparing 3D printing models for production, including the challenges that can arise with malformed input models and how these are handled by the software.