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kicad2gcode/millproject
2026-06-11 18:33:07 +02:00

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front=output/gerbers/Flow_Controller_Panel-Front.gtl
back=output/gerbers/Flow_Controller_Panel-Back.gbl
drill=output/gerbers/Flow_Controller_Panel.drl
outline=output/gerbers/Flow_Controller_Panel-Edge_Cuts.gm1
# Use the 'User-Eco1' layer instead as it contains panelized board's slot outlines only.
#outline=output/gerbers/Flow_Controller_Panel-User-Eco1.gbr
# Generic
metric=true # use metric units for parameters
metricoutput=true # use metric units for output
nog64=true # do not set an explicit g64
#nom6=true # do not emit m6
zsafe=2 # The height in mm at which the bit can move freely without obstruction
zchange=35 # Tool changing height in mm
output-dir=output/gcode
# Place a 5x7cm board in the lower right quadrant of the coordinate system
# This will allow you to probe the fixed jaw of the vise for (0,0) on the CNC.
# For two-sided boards, the PCB needs to be flipped along the axis x=VALUE
mirror-axis=80 # set this to half of your board width
# Drilling
zdrill=-2.2 # drilling depth
drill-feed=400 # Vertical mm/min feed
drill-speed=24000 # Spindle RPM
#onedrill=true # Use a single drill for all holes
nog81=true # replace G81 with G0+G1 (no G81 in GRBL)
drill-side=back
# Milling
zwork=-0.1 # V-bit plunge depth
#mill-diameters=0.11 # 60 deg V-bit dia at -0.1 plunge depth
#mill-diameters=0.08 # 45 deg V-bit dia at -0.1 plunge depth
mill-diameters=0.05 # 30 deg V-bit dia at -0.1 plunge depth
mill-speed=24000 # Spindle RPM
mill-feed=600 # Horizontal feedrate in mm/min
mill-vertfeed=100 # Plunge rate in mm/min
voronoi=true # cuts the milling time significantly, but check with this on and off if everything looks ok
preserve-thermal-reliefs = true # has effect only if voronoi=true
# Cutting
zcut=-4
cutter-diameter=2.1
cut-feed=400
cut-vertfeed=50
cut-infeed=4
cut-speed=24000
cut-side=back
# Tabs
#bridgesnum=4 # Total 4 tabs
#bridges=0.5 # Tab width 0.5 mm
#zbridges=0 # bridges height (default to zsafe)