This case has very fine features, mainly the latch, and works best when printed in plastics like PETG. It was validated in transparent SUNLU PETG using a 0.4mm nozzle, sliced with variable layer height (adaptive, factor 0.5) and 50% infill with PrusaSlicer 2.5.2. The LED shines brightly through the case so no aperture for the LED was added.
SolveSpace exports triangle meshes that are a little broken, and the STL files included were repaired through the Netfabb service.
The lettering "Fresh-Twinkie" is engraved on the upper case half so that it can be filled with paint, but I wasn't successful in doing this with acrylic paint (as can be seen on the photos below), as it was the first time I remember working with paint in this way.
Parts list:
The case was designed in SolveSpace release 3.1.
This case has very fine features, mainly the latch, and works best when printed in plastics like PETG. It was validated in transparent SUNLU PETG using a 0.4mm nozzle, sliced with variable layer height (adaptive, factor 0.5) and 50% infill with PrusaSlicer 2.5.2. The LED shines brightly through the case so no aperture for the LED was added.
SolveSpace exports triangle meshes that are a little broken, and the STL files included were repaired through the Netfabb service.
The lettering "Fresh-Twinkie" is engraved on the upper case half so that it can be filled with paint, but I wasn't successful in doing this with acrylic paint (as can be seen on the photos below), as it was the first time I remember working with paint in this way.
Drawings
Pictures