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Door Wedge
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### Remix of Wedge locking the door
- Redesigned to allow printing grips with TPU
- Base is now flat to augment friction (event if it bend a little)
### Guide
- I recommend:
- PETG for the body for better flexibility
- TPU for grips
- neoprene glue is good for TPU because this glue stay flexible
- The provided STLs should fit for gap in range 30mm - 40mm (35mm average)
- They can be used for other gaps with simple scaling. Example:
- For a gap of 70mm (my case): scale = 70/35 = 2
- This will print a wedge for range 60 mm - 80 mm
### Source
- The source is a FreeCAD design (.FCStd) with parameters sheet in case scaling do not fit your needs.
### Print Settings
- Printer brand: Prusa
- Printer: I3 MK3S
- Rafts: No
- Supports: No
- Resolution: 0.2 mm
- Infill: 20% for the wedge body, 100% for the TPU grips
- Filament material: PETG for wedge body, TPU for grips
- Redesigned to allow printing grips with TPU
- Base is now flat to augment friction (event if it bend a little)
### Guide
- I recommend:
- PETG for the body for better flexibility
- TPU for grips
- neoprene glue is good for TPU because this glue stay flexible
- The provided STLs should fit for gap in range 30mm - 40mm (35mm average)
- They can be used for other gaps with simple scaling. Example:
- For a gap of 70mm (my case): scale = 70/35 = 2
- This will print a wedge for range 60 mm - 80 mm
### Source
- The source is a FreeCAD design (.FCStd) with parameters sheet in case scaling do not fit your needs.
### Print Settings
- Printer brand: Prusa
- Printer: I3 MK3S
- Rafts: No
- Supports: No
- Resolution: 0.2 mm
- Infill: 20% for the wedge body, 100% for the TPU grips
- Filament material: PETG for wedge body, TPU for grips
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