The Magic of Cura
We are in the midst of our orientation sessions and it's getting exciting. As of now, we are reviewing how to 3D printer works.
SLICER (CURA)
Layer height - shorter--> better quality. eg .1mm or 100 microns for hands -->up one layer.
Wall thickness
Never touch nozzle.
Nozzle thickness has a thickness of .4mm or 400 microns.
With a wall of 1.2--> 3 walls.
ABS - 235deg Celsius is the starting melting point
Brim - layer around for adhesion, preventing it from moving around
Actual Printing
Quick review:
CAD(SldPrt)--> Slicer(.stl)-->SLICER (CURA)
- .stl - slicer reads triangles (height, width,... using Pythagorean)
- quality, how fast, edges, infill
- Cura>choose a file>thing files
Layer height - shorter--> better quality. eg .1mm or 100 microns for hands -->up one layer.
Wall thickness
Never touch nozzle.
Nozzle thickness has a thickness of .4mm or 400 microns.
With a wall of 1.2--> 3 walls.
ABS - 235deg Celsius is the starting melting point
Brim - layer around for adhesion, preventing it from moving around
g code |
Other things revised today:
Levelling the Bed- Paper to level bed
- Adjust using screw: lefty tights righty loosey
- For more distance, you tighten it and vice versa.
Actual Printing
- Bed - 60
- PLA -210 vs ABS -235
Comments
Post a Comment