You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
I propose the ability to individually address and control the temperatures of the modular heat bed tiles in the Prusa XL firmware, similar to how extruders can be individually controlled. This feature would be highly beneficial for advanced research and experimental purposes, particularly in setups requiring multiple materials with varying bed temperature requirements.
In addition, this would open up new possibilities for custom heat bed designs, enabling innovative configurations where different zones of the print bed can be maintained at different temperatures, enhancing material compatibility and workflow flexibility.
I currently manage Prusa XL printers for research and development purposes, and such a feature would provide invaluable support for experimental use cases.
Expected functionality
Enable GCODE commands to address individual heat bed tiles and set them to specific temperatures.
The firmware would include support for assigning temperatures to specific modular tiles via GCODE.
Example functionality:
M140 T1 S60 – Sets Tile 1 to 60°C.
M140 T2 S90 – Sets Tile 2 to 90°C.
The feature could also include feedback on which tiles are active and their current temperatures through firmware diagnostics or monitoring tools.
This would allow for multi-material printing with optimal bed adhesion for each material, using customised heat settings across the modular bed tiles.
The text was updated successfully, but these errors were encountered:
Printer model
XL 5 Toolheads
Describe the feature
I propose the ability to individually address and control the temperatures of the modular heat bed tiles in the Prusa XL firmware, similar to how extruders can be individually controlled. This feature would be highly beneficial for advanced research and experimental purposes, particularly in setups requiring multiple materials with varying bed temperature requirements.
In addition, this would open up new possibilities for custom heat bed designs, enabling innovative configurations where different zones of the print bed can be maintained at different temperatures, enhancing material compatibility and workflow flexibility.
I currently manage Prusa XL printers for research and development purposes, and such a feature would provide invaluable support for experimental use cases.
Expected functionality
Enable GCODE commands to address individual heat bed tiles and set them to specific temperatures.
The firmware would include support for assigning temperatures to specific modular tiles via GCODE.
Example functionality:
M140 T1 S60 – Sets Tile 1 to 60°C.
M140 T2 S90 – Sets Tile 2 to 90°C.
The feature could also include feedback on which tiles are active and their current temperatures through firmware diagnostics or monitoring tools.
This would allow for multi-material printing with optimal bed adhesion for each material, using customised heat settings across the modular bed tiles.
The text was updated successfully, but these errors were encountered: