G-Code_Commands
Calibration Commands
G21 | Sets units to millimeters |
G90 | Use absolute coordinates |
G91 | Incremental positioning |
G92 | Set position Sets the current position to X and Y. If no parameters are given, the position is assumed to be 0, 0, 0 (this will also change the Z position) |
M82 | Set extruder to absolute positioning |
M83 | Set extruder to relative positioning |
M84 | Disable motors |
Movement Commands
G0 | Rapid linear move |
G1 | Linear move |
G2 | Move clockwise arc |
G3 | Move counter-clockwise arc |
G4 PX | Pause for X milliseconds (dwell) |
X | Move in X-direction |
Y | Move in Y-direction |
Z | Move in Z direction |
F | Set speed for movement (usually in mm/min) |
E | Length of filament to consume |
I | X-offset for arcs |
J | Y-offset for arcs |
K | Z-offset for arcs |
R | Radius of circle for arcs, e.g., G02 X+2.00 Y+0.00 R2.00 |
The special M codes for the INKREDIBLE(+) 3D Bioprinter
M712 to M732 are used to set the offset between the printheads. Printhead 1 and 2 are the cartridge holders and printhead 3 is the LED.
Note: This will not place the chosen printhead in the active position
M712 | Set offset from 1 to 2 |
M713 | Set offset from 1 to 3 |
M721 | Set offset from 2 to 1 |
M723 | Set offset from 2 to 3 |
M731 | Set offset from 3 to 1 |
M732 | Set offset from 3 to 2 |
M750 | Homes the printheads |
This needs to be done before any automatic switching of the printheads can occur. After this command, Printhead 1 will be in the active position.
M751 | Places Printhead 1 in the active position |
M752 | Places Printhead 2 in the active position |
M753 | Retracts both printheads, making way for the LED to be used |
T1 | Change extruder |
M760 | Opens the valve for Printhead 1 |
M761 | Closes the valve for Printhead 1 |
M762 | Opens the valve for Printhead 2 |
M763 | Closes the valve for Printhead 2 |
M764 | Turns on the UV LED |
M765 | Turns off the UV LED |
by Jimmy Su
Last Updated: 11/21/2017 by Maria Rodriguez
For more information on G-codes, you can refer to this G-code library (not CELLINK specific).
You can download this article by clicking on the attachment.