The gcode for the 3D-printer was generated using the software PrusaSlicer. For the bowl, we used slicer software settings for 100% infill, 0.05 mm layer height, and support material. The bowl was printed upside-down on the print plate such that support material was generated inside of ...
The gcode for the 3D-printer was generated using the software PrusaSlicer. For the bowl, we used slicer software settings for 100% infill, 0.05 mm layer height, and support material. The bowl was printed upside-down on the print plate such that support material was generated inside of ...
The 3D-printed model was designed via the CAD software Solidworks, and the corre- sponding gcode files were obtained through PrusaSlicer and eventually printed through a FDM technique using a Prusa i3 MK3S + 3D-printer (Prusa) to create a circular disc electrode with a diameter of 1 ...