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Is there an existing issue for this feature request?
I have searched the existing issues
Is your feature request related to a problem?
When printing with ABS/ASA the cooling is helping to increase the quality of the print BUT the too high temperature difference between previous layers may decrease layer adhesion. Especially if the print area is strongly decreaseing from the previous one. I had the issue with ASA and the Voron 0.1 tophat. I fixed it by manually editign the gcode.
Before over layer was "cooled" and the "connecting" Top surface had very bad layer adhesion.
Which printers will be beneficial to this feature?
Klipper
Describe the solution you'd like
option A.: hight range modifer where cooling is included can be set ( eg. % Value)
B.: usage of "Paint on" "fan" reduction.... .
Describe alternatives you've considered
manually editing. ...
maby with "add modifiers"
Additional context
The text was updated successfully, but these errors were encountered:
not really cause i want to have only the last 1 or 2 top layers to be no/reduced fanspeed of the larger area and than the one or two upcoming layer of the reduced area to be with no fan.
Is there an existing issue for this feature request?
Is your feature request related to a problem?
When printing with ABS/ASA the cooling is helping to increase the quality of the print BUT the too high temperature difference between previous layers may decrease layer adhesion. Especially if the print area is strongly decreaseing from the previous one. I had the issue with ASA and the Voron 0.1 tophat. I fixed it by manually editign the gcode.
Before over layer was "cooled" and the "connecting" Top surface had very bad layer adhesion.
Which printers will be beneficial to this feature?
Klipper
Describe the solution you'd like
option A.: hight range modifer where cooling is included can be set ( eg. % Value)
B.: usage of "Paint on" "fan" reduction.... .
Describe alternatives you've considered
Additional context
The text was updated successfully, but these errors were encountered: