Model information
Description
A demonstration of arc overhangs where a script turns overhang perimeters into arc overhangs. The author provides a generic PETG profile with 0.2LH and 0.6N settings. The author recommends setting the bridge fan speed to 100% for good cooling for arcs. The author notes that the script prints quite slowly by default and that there is room for improvement in the settings. The author suggests that if set up with smaller extrusions/nozzles, it could allow smaller arcs that would fill in and follow the perimeter closer in tight corners. The author recommends running PRUSA SLICER Gcode through this script: https://github.com/nicolai-wachenschwan/arc-overhang-prusaslicer-integration.
Original text by the author on Printables
<p>Generic PETG profile, 0.2LH, 0.6N and set bridge fan speed to 100% (good cooling for arcs recommended). Also note that the script, by default, prints them quite slowly. I didn't spend much time tweaking the settings so I'm sure there's room for improvement.</p><p>If setup with smaller extrusions/nozzles it could allow smaller arcs that would fill in and follow the perimeter closer (like in tight corners).</p><p>Run PRUSA SLICER Gcode through this script (not mine): <a href="https://github.com/nicolai-wachenschwan/arc-overhang-prusaslicer-integration">https://github.com/nicolai-wachenschwan/arc-overhang-prusaslicer-integration</a></p>
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