I am not sure this is a bug, but this was the only reasonable choice for submitting this question/bug.
In the start gcode, there is code to modify the nozzle offset to compensate for the textured PEI plate. It adjusts for the fact that homing and bed calibration touch the nozzle to the top of the texturing, but actual printing prints to the bottom of the the texture so the nozzle offset is adjusted to compensate. This is the section I am referring to:
;===== for Textured PEI Plate , lower the nozzle as the nozzle was touching topmost of the texture when homing ==
;curr_bed_type={curr_bed_type}
{if curr_bed_type=="Textured PEI Plate"}
G29.1 Z{-0.04} ; for Textured PEI Plate
{endif}
The nozzle load line is printed just before this nozzle height adjustment is made.
I would think that the compensation would come first to make sure the nozzle load line was printed normally and squished enough to adhere to the plate.
If this is a bug I would like to know.
If it is not a bug then I would like to understand the reason for printing the nozzle load line with a greater offset.
Description of the bug
I am not sure this is a bug, but this was the only reasonable choice for submitting this question/bug.
In the start gcode, there is code to modify the nozzle offset to compensate for the textured PEI plate. It adjusts for the fact that homing and bed calibration touch the nozzle to the top of the texturing, but actual printing prints to the bottom of the the texture so the nozzle offset is adjusted to compensate. This is the section I am referring to:
The nozzle load line is printed just before this nozzle height adjustment is made. I would think that the compensation would come first to make sure the nozzle load line was printed normally and squished enough to adhere to the plate.
If this is a bug I would like to know. If it is not a bug then I would like to understand the reason for printing the nozzle load line with a greater offset.
Project file & How to reproduce
not needed
Version
1.6.2.4
System Information
Windows 10
Printer model
P1P
Where is the application from?
BBL site