Printing the largest parts was causing major grief, so I decided to cut the parts at points that make pretty good glue points and achieve the goal of the parts fitting on the print bed laying down as originally intended.
If your gear pin breaks off, drill through the center of where the pin was with a 3/8" bit (see pic). Then poke the obvious STL file through the back and confirm fit, then glue in place. I am printing new pin at 50% fill. v3 of pin has larger surface area, this adds more strength to the back of housing.
Legend:
SirHa_Gehaeuse1 has been divided into
GearHousing1, GearHousing2, and GearHousing3
SirHa_Gehaeuse2 has been divided into
RotorHousing1 and RotorHousing2
Note, RotorHousing2 is pushing the limit for me, so I made an alternate cut for even smaller beds
The alternate parts for SirHa_Gehaeuse2 are cut in a less optimal glue place, but will definitely fit smaller print beds. The less optimal files are:
RotorHousing1alt and RotorHousing2alt
Some claim that super glue does not work well with plastic, but the glue pictured in one of the images is AWESOME! This post is worth collecting if you need a reminder about the best glue for PLA, ABS, and PETG plastics.
GearHousing1.stl | 431.1KB | |
GearHousing2.stl | 753.3KB | |
GearHousing3.stl | 753.1KB | |
Gear_Pin_Replacement_v3.stl | 562.6KB | |
RotoHousing2.factory | 668.0KB | |
RotorHousing1.stl | 5.4MB | |
RotorHousing1alt.stl | 5.6MB | |
RotorHousing2.stl | 8.2MB | |
RotorHousing2alt.stl | 8.0MB |