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- Build Bed Size: max 165mm x 165mm
- Based on Laser4DIY Low Profile XY Table
- Uses 2 OpenBuilds NEMA17 V-Slot Actuators with Lead Screw (with modifications)
Files
Laser files:
5mm sledspacer
Extruder Holder Lid
Extruder Holder
Plate Basis
Heat Bed Holder
Z-Axis Holder
Part Locations:
License
This FabMX 3D Printer with XY table is licensed under the CERN-OHL-P v2.
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| Qty | Part Name | Process | Material | File | ||
|---|---|---|---|---|---|---|
| 2 | StandardEndPlate_BeamBracket | Laser cutting | Aluminium (AlMg3), 2mm | 2mm_ALL_with_tabs.dxf | ||
| 2 | StandardEndPlate_InnerPart | Laser cutting | Aluminium (AlMg3), 2mm | - " - | ||
| 2 | StandardEndPlate_OuterPart | Laser cutting | Aluminium (AlMg3), 2mm | - " - | ||
| 1 | EndPlateLower_BeamBracket | Laser cutting | Aluminium (AlMg3), 2mm | - " - | ||
| 1 | EndPlateLower_InnerPart | Laser cutting | Aluminium (AlMg3), 2mm | - " - | ||
| 1 | EndPlateLower_OuterPart | Laser cutting | Aluminium (AlMg3), 2mm | - " - | ||
| 1 | EndPlateUpper_BeamBracket | Laser cutting | Aluminium (AlMg3), 2mm | - " - | ||
| 1 | EndPlateUpper_InnerPart | Laser cutting | Aluminium (AlMg3), 2mm | - " - | ||
| 1 | EndPlateUpper_OuterPart | Laser cutting | Aluminium (AlMg3), 2mm | - " - | ||
| 1 | BedRuler | Laser cutting | Aluminium (AlMg3), 2mm | - " - | ||
| 2 | SledPlate | Laser cutting | Aluminium (AlMg3), 3mm | 3mm_ALL_with_tabs.dxf | ||
| 1 | BedPlate V2 | Laser cutting | Aluminium (AlMg3), 3mm | - " - | ||
| 2 | SledSpacer | Laser cutting | MDF, 5mm | 5mm_sledspacer.dxf | Could also be aluminium | |
| 1 | Microswitch Bracket | 3d printing | any plastic e.g. PLA | MicroswitchBracket.stl | ||
| 1 | Microswitch Bracket 2 | 3d printing | any plastic e.g. PLA | MicroswitchBracket.2stl | ||
| 1 | Extruder Holder Lid | Laser cutting | Aluminium (AlMg3), 3mm | |||
| 2 | Extruder Holder | Laser cutting | Aluminium (AlMg3), 3mm | |||
| 1 | Heatbed Holder | Laser cutting | Aluminium (AlMg3), 3mm | |||
| 2 | Z-Axis Holder | Laser cutting | Aluminium (AlMg3), 3mm |
The "end plates" are made of 3 layers of lasercut aluminium, which are aligned and held together by M3 screws. It is also possible to have them CNC milled as one piece, but we chose laser cutting as it is much cheaper to get them produced this way.
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