3D Printer 3D Printed Parts: Difference between revisions
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=Extruder= | =Extruder= | ||
==Titan Aero= | Note you have 2 options: the Titan Aero (recommended) and the Prusa I3 MK2. The Titan Aero is more robust against extruder clogging, and performs better with flexible filaments. | ||
==Titan Aero== | |||
*[1] Sensor Holder Bracket - [[File:Titanaeromarcin.stl]] | *[1] Sensor Holder Bracket - [[File:Titanaeromarcin.stl]] | ||
==Prusa i3 MK2== | ==Prusa i3 MK2== | ||
Revision as of 20:22, 5 October 2018
Axes
- [10] belt pegs - File:Peg 8mm rods.stl
- [14] Short Idler Side - File:Universal Axis Idler Side short version.stl
- [10] carriage side - File:Universal axis carriage side.stl
- [10] Motor Side of Axis - File:Universal axis motor side.stl
- [2] End Stop Holders - File:D3D End stop interface.stl
Extruder
Note you have 2 options: the Titan Aero (recommended) and the Prusa I3 MK2. The Titan Aero is more robust against extruder clogging, and performs better with flexible filaments.
Titan Aero
- [1] Sensor Holder Bracket - File:Titanaeromarcin.stl
Prusa i3 MK2
3d printable parts extracted to stl for the 8 mm height sensor with lowered sensor holder:
- Body modified for larger OSE sensor: File:Extruder mod 8mm.stl
- Extruder Cover: File:Prusa i3 mk2 extruder adapted cover.stl
- Extruder Idler:File:Prusa i3 mk2 extruder adapted idler.stl
- Extruder Fan Nozzle: File:Prusa i3 mk2 extruder adapted fanNozzle.stl
- Extruder Bearing Shaft: File:Prusa i3 mk2 extruder adapted bearingShaft.stl
- Extruder Interface Plate - File:Prusa i3 mk2 extruder adapted interface.stl
Lay the parts like this for packing fraction and proper overhang considerations:
Cable Chain
- [51] Cable Chain Body - File:Link.stl
- [1] Cable Chain Beginning - File:D3dcablechain beginning.stl
- [2] Cable Chain End - File:D3dcablechain end.stl