Closed yvessa closed 3 years ago
Good stuff here! And I really appreciate the compelling argument with dimensions from the CAD model! Let's get this merged in. Long term, maybe it makes more sense to bundle it in the tools directory, but this is a good start.
Thanks for sending this in!
Bed visual reference for unreachable area when using BMG + E3D V6 tool Actual CAD dimensions.pdf
When using a BMG + E3D V6 tool, actual printing area is (300,294.5).
Theorical dimensions : Y distance Nozzle to Z probe = 44.02mm Z Probe to Y endstop = 44.25mm Nozzle to Y Endstop = 44.02mm + 44.25mm = 88.27mm
Bed Plate Edge to Y endstop = 82.79mm
So nozzle is +5.48mm from Bed Plate Edge. (88.27mm-82.79mm)
Nozzle can not reach this area
(300,0) (0,0) (300,5.48) (0,5.48)
So,do we need to change config.g (M208 X-13.75:313.75 Y-44:341 Z-0.2:305)to (M208 X-13.75:313.75 Y-38.54:341 Z-0.2:305)? (82.79-44.25=38.54)
The jubilee has been designed for multiple tools. The default config calls out these values for the carriage. The BMG+E3D is a specific tool attached to the carriage. If you only use a BMG+E3D feel free to change your offset. But no matter what you change in your config, your print area will be 5.5mm less in Y with a BMG+E3D.
Bed visual reference for unreachable area when using BMG + E3D V6 tool https://github.com/yvessa/jubilee/files/5962631/Actual.CAD.dimensions.pdf
When using a BMG + E3D V6 tool, actual printing area is (300,294.5).
Theorical dimensions : Y distance Nozzle to Z probe = 44.02mm Z Probe to Y endstop = 44.25mm Nozzle to Y Endstop = 44.02mm + 44.25mm = 88.27mm
Bed Plate Edge to Y endstop = 82.79mm
So nozzle is +5.48mm from Bed Plate Edge. (88.27mm-82.79mm)
Nozzle can not reach this area
(300,0) (0,0) (300,5.48) (0,5.48)