Item | Image | Details | Quantity | File | Settings |
|---|---|---|---|---|---|
| Carriage Plate |  | (1x) carriage-front.stl (1x) carriage-back.stl (1x) carriage-top.stl (1x) carriage-wedge.stl | 3 | Download Preview | Layer Height: 0.25mm Infill Density: 30% |
| End Effector Plate |  | (1x) end-effector.stl (3x) end-effector-cover.stl (3x) leveling-bracket.stl | 1 | Download Preview | ABS Plastic Layer Height: 0.25mm Infill Density: 30% Support Material: Enabled |
| Idler Brackets Plate |  | (3x) idler-bracket.stl | 1 | Download Preview | Layer Height: 0.25mm Infill Density: 50% |
| Motor Brackets Plate |  | (1x) motor-bracket.stl (4x) window-bracket-single.stl | 3 | Download Preview | Layer Height: 0.25mm Infill Density: 15% |
| Window Brackets Plate |  | (8x) window-bracket-dual.stl | 2 | Download Preview | Layer Height: 0.25mm Infill Density: 15% |
| Extras Plate |  | (1x) door-handle.stl (1x) extrudate-fan-left.stl (1x) extrudate-fan-right.stl (1x) camera-mount.stl | 1 | Download Preview | Layer Height: 0.25mm Infill Density: 15% |
Item | Image | Details | File | Sheets of Material (#) |
|---|---|---|---|---|
| euclid Lasercut Frame (Full Size Sheet) |  | 5mm Transparent Black PMMA | Download | 0.5 (1024mm x 2440mm) |
| euclid Lasercut Frame (900mm x 600mm Sheet) |  | 5mm Transparent Black PMMA | Download | 3 (900mm x 600mm) |
| euclid Lasercut Frame (600mm x 400mm Sheet) |  | 5mm Transparent Black PMMA | Download | 8 (600mm x 400mm) |
| bending fixture (120deg) |
Marlin is an arduino based machine control firmware. Some additional code has been written to utilize hardware particular to euclid products.
The repository is maintained on Github. To store, compile, and flash firmware from the command line of a raspberry pi, Ino-Delta-Marlin is identical firmware except it is compatible with Ino. Note: the Ino version of the firmware can not be properly used in the Arduino desktop application without making a few changes outlined in the readme.
euclidean is the Raspbian operating system for the RaspberryPi with additional software pre-installed. There is support for remote firmware compiling/flashing, as well as Octoprint and Botqueue for control. The downloadable image is burned onto an 8GB SD card and inserted into a RaspberryPi before turning it on. Official instructions for creating an SD image are available if you have never done it before. See also information about running euclidean for the first time.
