Bambu Lab Z Offset At Courtney Stansberry Blog I tested it a few times, and one of those times, i set the z offset for the high temp plate to 2 mm just to check if it was doing anything. after a very normal first layer, this proved to me that the gcode was not working as intended. The z offset is the difference between the tip of the nozzle and the zero point of the z axis sensor. the sensor is triggered when the nozzle touches the surface.
Bambu Lab Z Offset At Courtney Stansberry Blog That adjustment looks like this: excessive movement of the screw rod in the z direction; i have recently started having an issue with what appears to be a low z offset. the sensor is triggered when the nozzle touches the surface. I had to go into the machine g code and raise the z offset by .06mm and now it looks very smooth. apparently the machines ‘nozzle offset calibration’ just knows to set it according to the g code that is sent from bambu studio?. It would be wonderful if bambu lab could add a z offset option for bed plates in the filament tab. even with my printer set to lan mode and i’m not logged into bambu studio, some of my custom filament settings will get removed. I have recently started having an issue with what appears to be a low z offset. i have recently updated both the a1 firmware and bambu studio in addition to changing my stock 0.4mm nozzle for a hardened steel nozzle.
Bambu Lab Z Offset At Courtney Stansberry Blog It would be wonderful if bambu lab could add a z offset option for bed plates in the filament tab. even with my printer set to lan mode and i’m not logged into bambu studio, some of my custom filament settings will get removed. I have recently started having an issue with what appears to be a low z offset. i have recently updated both the a1 firmware and bambu studio in addition to changing my stock 0.4mm nozzle for a hardened steel nozzle. Does anyone know how i can define a z offset that also works for manual flow dynamics calibration?. So, it seems, the right nozzle fails to be set on the z axis. you might want to check if the screws that hold the heater block in place are fully tightened. i had to tighten mine twice on both nozzles. You can edit the z heights or change the filament types as needed or add more filaments to the list. you can look at the g code and see the offset added for the plate type and filament type selected. The only place i’ve seen z offset changes based on the build plate is in the “machine g code” section of the printer settings. that adjustment looks like this: g29.1 z{ 0.4} do you maybe have a z offset change in there for the engineering plate?.
Bambu Lab Z Offset At Courtney Stansberry Blog Does anyone know how i can define a z offset that also works for manual flow dynamics calibration?. So, it seems, the right nozzle fails to be set on the z axis. you might want to check if the screws that hold the heater block in place are fully tightened. i had to tighten mine twice on both nozzles. You can edit the z heights or change the filament types as needed or add more filaments to the list. you can look at the g code and see the offset added for the plate type and filament type selected. The only place i’ve seen z offset changes based on the build plate is in the “machine g code” section of the printer settings. that adjustment looks like this: g29.1 z{ 0.4} do you maybe have a z offset change in there for the engineering plate?.
Bambu Lab Z Offset At Courtney Stansberry Blog You can edit the z heights or change the filament types as needed or add more filaments to the list. you can look at the g code and see the offset added for the plate type and filament type selected. The only place i’ve seen z offset changes based on the build plate is in the “machine g code” section of the printer settings. that adjustment looks like this: g29.1 z{ 0.4} do you maybe have a z offset change in there for the engineering plate?.
Comments are closed.