Trying to engrave grid lines on my spoiler board…every time I place the bit kissing the spoiler & run the job it retracts moves to the starting point but doesn’t reach low enough to actually cut anything!!! I’ve tried the touch probe and that thing only makes one side of the x axis fall
it retracts moves to the starting point
Most likely, your bit is moving up because a G92 Z0 is not being executed. If you electronically move the bit down to touch the spoil board, you will be at a negative Z value in Marlin. Your g-code is likely moving to Z=0, which raises the bit and cuts in the air. A G92 Z0 before executing your g-code file will set the current Z position to zero. You may also want to set X and Y to zero, so G92 X0 Y0 Z0. There are multiple ways to execute a G92 including menus and having them automatically inserted in the g-code. We would need to know what control board, display, CAD, and CAM you are using to explain and make a recommendation.
I’ve tried the touch probe and that thing only makes one side of the x axis fall.
What firmware are you using and on what control board? What touch probe command are you using and from where? Do both steppers function when moving the Z axis up and down electronically? The LowRider homes up, and uses G38.2 to probe down to the touch plate. Your scenario is strange for standard V1 firmware with endstops correctly installed.
I’m using fusion 360 with flyfisher post processor with an skr pro 1.2 running dual endstops firmware using G32 which is in the post processor. I have the tiny touch plate and both Z motors are working
;Fusion 360 CAM 2.0.14337
; Posts processor: MPCNC.cps
; Gcode generated: Fri Oct 7 02:17:22 2022 GMT
; Document: Untitled
; Setup: Setup1
;
; Ranges Table:
; X: Min=-2.837 Max=992.837 Size=995.673
; Y: Min=-2.837 Max=1152.837 Size=1155.674
; Z: Min=4.134 Max=20 Size=15.866
;
; Tools Table:
; T1 D=3.175 CR=0 TAPER=30deg - ZMIN=4.134 - chamfer mill
;
; Feedrate and Scaling Properties:
; Feed: Travel speed X/Y = 2500
; Feed: Travel Speed Z = 100
; Feed: Enforce Feedrate = true
; Feed: Scale Feedrate = false
; Feed: Max XY Cut Speed = 2500
; Feed: Max Z Cut Speed = 180
; Feed: Max Toolpath Speed = 1000
;
; G1->G0 Mapping Properties:
; Map: First G1 → G0 Rapid = false
; Map: G1s → G0 Rapids = false
; Map: SafeZ Mode = Retract : default = 5
; Map: Allow Rapid Z = false
;
; *** START begin ***
; Set Absolute Positioning
; Units = mm
; Disable stepper timeout
; Set current position to 0,0,0
G90
G21
M84 S0
G92 X0 Y0 Z0
; *** START end ***
;
; *** SECTION begin ***
; X Min: -2.837 - X Max: 992.837
; Y Min: -2.837 - Y Max: 1152.837
; Z Min: 4.134 - Z Max: 20
; 2D Contour1 - Milling - Tool: 1 - chamfer mill
; COMMAND_START_SPINDLE
; COMMAND_SPINDLE_CLOCKWISE
; >>> Spindle Speed: Manual
;M0 Turn ON 5000RPM
; COMMAND_COOLANT_ON
M117 2D Contour1
G0 Z20 F100
G0 X445.5 Y577.837 F2500
G0 Z10 F100
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
So, the issue is not G92 since I see one in this file. It appears to be a CAM authoring problem though I cannot be sure since you cut the file off too soon. I need to see the height it starts cutting, and it appears you cut the file off before the plunge is complete. You probably picked the wrong stock point in your CAM setup. If so, your CAM believes the surface of your stock is above your spoil board.
using G32 which is in the post processor
Puzzling. According to the Marlin g-code reference, G32 is “Undock Sled.” I’ve never seen this g-code used before, but I suspect all it does is turn off the Z stepper. It probably doesn’t turn off the second one since that is E0 or E1, not Z. I don’t have your setup, but I believe there is a touch plate command in the menu on your display. I’m not sure, but I don’t think that command takes into account the thickness of the touch plate.
I meant G38 sorry… but here’s the rest of the G Code:
;Fusion 360 CAM 2.0.14337
; Posts processor: MPCNC.cps
; Gcode generated: Fri Oct 7 02:17:22 2022 GMT
; Document: Untitled
; Setup: Setup1
;
; Ranges Table:
; X: Min=-2.837 Max=992.837 Size=995.673
; Y: Min=-2.837 Max=1152.837 Size=1155.674
; Z: Min=4.134 Max=20 Size=15.866
;
; Tools Table:
; T1 D=3.175 CR=0 TAPER=30deg - ZMIN=4.134 - chamfer mill
;
; Feedrate and Scaling Properties:
; Feed: Travel speed X/Y = 2500
; Feed: Travel Speed Z = 100
; Feed: Enforce Feedrate = true
; Feed: Scale Feedrate = false
; Feed: Max XY Cut Speed = 2500
; Feed: Max Z Cut Speed = 180
; Feed: Max Toolpath Speed = 1000
;
; G1->G0 Mapping Properties:
; Map: First G1 → G0 Rapid = false
; Map: G1s → G0 Rapids = false
; Map: SafeZ Mode = Retract : default = 5
; Map: Allow Rapid Z = false
;
; *** START begin ***
; Set Absolute Positioning
; Units = mm
; Disable stepper timeout
; Set current position to 0,0,0
G90
G21
M84 S0
G92 X0 Y0 Z0
; *** START end ***
;
; *** SECTION begin ***
; X Min: -2.837 - X Max: 992.837
; Y Min: -2.837 - Y Max: 1152.837
; Z Min: 4.134 - Z Max: 20
; 2D Contour1 - Milling - Tool: 1 - chamfer mill
; COMMAND_START_SPINDLE
; COMMAND_SPINDLE_CLOCKWISE
; >>> Spindle Speed: Manual
;M0 Turn ON 5000RPM
; COMMAND_COOLANT_ON
M117 2D Contour1
G0 Z20 F100
G0 X445.5 Y577.837 F2500
G0 Z10 F100
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X400.424 F1000
G2 X398.837 Y579.424 J1.588 F1000
G1 Y685.576 F1000
G2 X400.424 Y687.163 I1.587 F1000
G1 X490.576 F1000
G2 X492.163 Y685.576 J-1.588 F1000
G1 Y579.424 F1000
G2 X490.576 Y577.837 I-1.587 F1000
G1 X445.5 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X492.163 Y570.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y464.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X445.5 Y457.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X490.576 F1000
G2 X492.163 Y455.576 J-1.587 F1000
G1 Y349.424 F1000
G2 X490.576 Y347.837 I-1.587 F1000
G1 X400.424 F1000
G2 X398.837 Y349.424 J1.587 F1000
G1 Y455.576 F1000
G2 X400.424 Y457.163 I1.587 F1000
G1 X445.5 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X398.837 Y464.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y570.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X391.576 Y577.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X301.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X247.5 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X202.424 F1000
G2 X200.837 Y579.424 J1.588 F1000
G1 Y685.576 F1000
G2 X202.424 Y687.163 I1.588 F1000
G1 X292.576 F1000
G2 X294.163 Y685.576 J-1.588 F1000
G1 Y579.424 F1000
G2 X292.576 Y577.837 I-1.587 F1000
G1 X247.5 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X294.163 Y570.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y464.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X247.5 Y457.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X292.576 F1000
G2 X294.163 Y455.576 J-1.587 F1000
G1 Y349.424 F1000
G2 X292.576 Y347.837 I-1.587 F1000
G1 X202.424 F1000
G2 X200.837 Y349.424 J1.587 F1000
G1 Y455.576 F1000
G2 X202.424 Y457.163 I1.588 F1000
G1 X247.5 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X200.837 Y464.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y570.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X193.576 Y577.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X103.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X96.163 Y570.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y464.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X45.076 Y457.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X94.576 F1000
G2 X96.163 Y455.576 J-1.587 F1000
G1 Y349.424 F1000
G2 X94.576 Y347.837 I-1.587 F1000
G1 X4.424 F1000
G2 X2.837 Y349.424 J1.587 F1000
G1 Y455.576 F1000
G2 X4.424 Y457.163 I1.588 F1000
G1 X45.076 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X103.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X193.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X301.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X391.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X499.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X589.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X643.5 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X688.576 F1000
G2 X690.163 Y455.576 J-1.587 F1000
G1 Y349.424 F1000
G2 X688.576 Y347.837 I-1.588 F1000
G1 X598.424 F1000
G2 X596.837 Y349.424 J1.587 F1000
G1 Y455.576 F1000
G2 X598.424 Y457.163 I1.588 F1000
G1 X643.5 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X596.837 Y464.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y570.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X643.5 Y577.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X598.424 F1000
G2 X596.837 Y579.424 J1.588 F1000
G1 Y685.576 F1000
G2 X598.424 Y687.163 I1.588 F1000
G1 X688.576 F1000
G2 X690.163 Y685.576 J-1.588 F1000
G1 Y579.424 F1000
G2 X688.576 Y577.837 I-1.588 F1000
G1 X643.5 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X690.163 Y570.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y464.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X697.424 Y457.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X787.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X841.5 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X886.576 F1000
G2 X888.163 Y455.576 J-1.587 F1000
G1 Y349.424 F1000
G2 X886.576 Y347.837 I-1.588 F1000
G1 X796.424 F1000
G2 X794.837 Y349.424 J1.587 F1000
G1 Y455.576 F1000
G2 X796.424 Y457.163 I1.588 F1000
G1 X841.5 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X794.837 Y464.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y570.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X841.5 Y577.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X796.424 F1000
G2 X794.837 Y579.424 J1.588 F1000
G1 Y685.576 F1000
G2 X796.424 Y687.163 I1.588 F1000
G1 X886.576 F1000
G2 X888.163 Y685.576 J-1.588 F1000
G1 Y579.424 F1000
G2 X886.576 Y577.837 I-1.588 F1000
G1 X841.5 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X888.163 Y570.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y464.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X895.424 Y457.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X985.576 F1000
G2 X987.163 Y455.576 J-1.587 F1000
G1 Y349.424 F1000
G2 X985.576 Y347.837 I-1.588 F1000
G1 X895.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X888.163 Y340.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y234.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X841.5 Y227.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X886.576 F1000
G2 X888.163 Y225.576 J-1.588 F1000
G1 Y119.424 F1000
G2 X886.576 Y117.837 I-1.588 F1000
G1 X796.424 F1000
G2 X794.837 Y119.424 J1.587 F1000
G1 Y225.576 F1000
G2 X796.424 Y227.163 I1.588 F1000
G1 X841.5 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X794.837 Y234.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y340.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X787.576 Y347.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X697.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X690.163 Y340.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y234.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X643.5 Y227.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X688.576 F1000
G2 X690.163 Y225.576 J-1.588 F1000
G1 Y119.424 F1000
G2 X688.576 Y117.837 I-1.588 F1000
G1 X598.424 F1000
G2 X596.837 Y119.424 J1.587 F1000
G1 Y225.576 F1000
G2 X598.424 Y227.163 I1.588 F1000
G1 X643.5 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X596.837 Y234.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y340.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X589.576 Y347.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X499.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X492.163 Y340.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y234.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X445.5 Y227.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X490.576 F1000
G2 X492.163 Y225.576 J-1.588 F1000
G1 Y119.424 F1000
G2 X490.576 Y117.837 I-1.587 F1000
G1 X400.424 F1000
G2 X398.837 Y119.424 J1.587 F1000
G1 Y225.576 F1000
G2 X400.424 Y227.163 I1.587 F1000
G1 X445.5 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X398.837 Y234.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y340.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X391.576 Y347.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X301.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X294.163 Y340.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y234.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X247.5 Y227.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X292.576 F1000
G2 X294.163 Y225.576 J-1.588 F1000
G1 Y119.424 F1000
G2 X292.576 Y117.837 I-1.587 F1000
G1 X202.424 F1000
G2 X200.837 Y119.424 J1.587 F1000
G1 Y225.576 F1000
G2 X202.424 Y227.163 I1.588 F1000
G1 X247.5 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X200.837 Y234.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y340.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X193.576 Y347.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X103.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X96.163 Y340.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y234.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X103.424 Y227.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X193.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X301.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X391.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X499.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X589.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X697.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X787.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X895.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X985.576 F1000
G2 X987.163 Y225.576 J-1.588 F1000
G1 Y119.424 F1000
G2 X985.576 Y117.837 I-1.588 F1000
G1 X895.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X888.163 Y110.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y4.424 F1000
G2 X886.576 Y2.837 I-1.588 F1000
G1 X796.424 F1000
G2 X794.837 Y4.424 J1.588 F1000
G1 Y110.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X787.576 Y117.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X697.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X690.163 Y110.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y4.424 F1000
G2 X688.576 Y2.837 I-1.588 F1000
G1 X598.424 F1000
G2 X596.837 Y4.424 J1.588 F1000
G1 Y110.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X589.576 Y117.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X499.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X492.163 Y110.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y4.424 F1000
G2 X490.576 Y2.837 I-1.587 F1000
G1 X400.424 F1000
G2 X398.837 Y4.424 J1.588 F1000
G1 Y110.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X391.576 Y117.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X301.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X294.163 Y110.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y4.424 F1000
G2 X292.576 Y2.837 I-1.587 F1000
G1 X202.424 F1000
G2 X200.837 Y4.424 J1.588 F1000
G1 Y110.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X193.576 Y117.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X103.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X96.163 Y110.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y4.424 F1000
G2 X94.576 Y2.837 I-1.587 F1000
G1 X4.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X193.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X103.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X4.424 Y227.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X94.576 F1000
G2 X96.163 Y225.576 J-1.588 F1000
G1 Y119.424 F1000
G2 X94.576 Y117.837 I-1.587 F1000
G1 X4.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X-2.837 Y345 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y0 F1000
G3 X0 Y-2.837 I2.837 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X391.576 Y2.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X301.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X589.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X499.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X787.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X697.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X990 Y-2.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G3 X992.837 Y0 J2.837 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X987.163 Y110.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y4.424 F1000
G2 X985.576 Y2.837 I-1.588 F1000
G1 X895.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X992.837 Y230 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y345 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 Y460 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y575 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 Y690 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y805 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X888.163 Y866.076 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y809.424 F1000
G2 X886.576 Y807.837 I-1.588 F1000
G1 X796.424 F1000
G2 X794.837 Y809.424 J1.588 F1000
G1 Y915.576 F1000
G2 X796.424 Y917.163 I1.588 F1000
G1 X886.576 F1000
G2 X888.163 Y915.576 J-1.588 F1000
G1 Y866.076 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X895.424 Y917.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X985.576 F1000
G2 X987.163 Y915.576 J-1.588 F1000
G1 Y809.424 F1000
G2 X985.576 Y807.837 I-1.588 F1000
G1 X895.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X888.163 Y800.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y694.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X895.424 Y687.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X985.576 F1000
G2 X987.163 Y685.576 J-1.588 F1000
G1 Y579.424 F1000
G2 X985.576 Y577.837 I-1.588 F1000
G1 X895.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X787.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X697.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X589.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X499.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 Y687.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X589.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X596.837 Y694.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y800.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X643.5 Y807.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X598.424 F1000
G2 X596.837 Y809.424 J1.588 F1000
G1 Y915.576 F1000
G2 X598.424 Y917.163 I1.588 F1000
G1 X688.576 F1000
G2 X690.163 Y915.576 J-1.588 F1000
G1 Y809.424 F1000
G2 X688.576 Y807.837 I-1.588 F1000
G1 X643.5 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X690.163 Y800.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y694.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X697.424 Y687.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X787.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X794.837 Y694.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y800.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X787.576 Y807.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X697.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X589.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X499.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X445.5 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X400.424 F1000
G2 X398.837 Y809.424 J1.588 F1000
G1 Y915.576 F1000
G2 X400.424 Y917.163 I1.587 F1000
G1 X490.576 F1000
G2 X492.163 Y915.576 J-1.588 F1000
G1 Y809.424 F1000
G2 X490.576 Y807.837 I-1.587 F1000
G1 X445.5 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X492.163 Y800.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y694.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X398.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y800.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X391.576 Y807.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X301.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X247.5 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X202.424 F1000
G2 X200.837 Y809.424 J1.588 F1000
G1 Y915.576 F1000
G2 X202.424 Y917.163 I1.588 F1000
G1 X292.576 F1000
G2 X294.163 Y915.576 J-1.588 F1000
G1 Y809.424 F1000
G2 X292.576 Y807.837 I-1.587 F1000
G1 X247.5 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X294.163 Y800.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y694.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X301.424 Y687.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X391.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X200.837 Y694.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y800.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X193.576 Y807.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X103.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X96.163 Y862.5 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y809.424 F1000
G2 X94.576 Y807.837 I-1.587 F1000
G1 X4.424 F1000
G2 X2.837 Y809.424 J1.588 F1000
G1 Y915.576 F1000
G2 X4.424 Y917.163 I1.588 F1000
G1 X94.576 F1000
G2 X96.163 Y915.576 J-1.588 F1000
G1 Y862.5 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X103.424 Y917.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X193.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X200.837 Y924.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y1030.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X247.5 Y1037.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X202.424 F1000
G2 X200.837 Y1039.424 J1.587 F1000
G1 Y1145.576 F1000
G2 X202.424 Y1147.163 I1.588 F1000
G1 X292.576 F1000
G2 X294.163 Y1145.576 J-1.587 F1000
G1 Y1039.424 F1000
G2 X292.576 Y1037.837 I-1.587 F1000
G1 X247.5 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X294.163 Y1030.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y924.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X301.424 Y917.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X391.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X398.837 Y924.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y1030.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X445.5 Y1037.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X400.424 F1000
G2 X398.837 Y1039.424 J1.587 F1000
G1 Y1145.576 F1000
G2 X400.424 Y1147.163 I1.587 F1000
G1 X490.576 F1000
G2 X492.163 Y1145.576 J-1.587 F1000
G1 Y1039.424 F1000
G2 X490.576 Y1037.837 I-1.587 F1000
G1 X445.5 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X492.163 Y1030.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y924.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X499.424 Y917.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X589.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X596.837 Y924.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y1030.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X643.5 Y1037.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X598.424 F1000
G2 X596.837 Y1039.424 J1.587 F1000
G1 Y1145.576 F1000
G2 X598.424 Y1147.163 I1.588 F1000
G1 X688.576 F1000
G2 X690.163 Y1145.576 J-1.587 F1000
G1 Y1039.424 F1000
G2 X688.576 Y1037.837 I-1.588 F1000
G1 X643.5 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X690.163 Y1030.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y924.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X697.424 Y917.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X787.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X794.837 Y924.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y1030.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X841.5 Y1037.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X796.424 F1000
G2 X794.837 Y1039.424 J1.587 F1000
G1 Y1145.576 F1000
G2 X796.424 Y1147.163 I1.588 F1000
G1 X886.576 F1000
G2 X888.163 Y1145.576 J-1.587 F1000
G1 Y1039.424 F1000
G2 X886.576 Y1037.837 I-1.588 F1000
G1 X841.5 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X888.163 Y1030.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y924.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X987.163 Y1030.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y924.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X992.837 Y1150 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G3 X990 Y1152.837 I-2.837 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X895.424 Y1147.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X985.576 F1000
G2 X987.163 Y1145.576 J-1.587 F1000
G1 Y1039.424 F1000
G2 X985.576 Y1037.837 I-1.588 F1000
G1 X895.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X787.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X697.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X589.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X499.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X391.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X301.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X193.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X103.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X96.163 Y1030.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y924.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 Y800.576 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y694.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X103.424 Y687.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X193.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X4.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X94.576 F1000
G2 X96.163 Y685.576 J-1.588 F1000
G1 Y579.424 F1000
G2 X94.576 Y577.837 I-1.587 F1000
G1 X4.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X-2.837 Y805 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y460 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X4.424 Y1147.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X94.576 F1000
G2 X96.163 Y1145.576 J-1.587 F1000
G1 Y1039.424 F1000
G2 X94.576 Y1037.837 I-1.587 F1000
G1 X4.424 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X-2.837 Y1150 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 Y920 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X103.424 Y1147.163 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X193.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X301.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X391.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X499.424 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X589.576 F1000
; MOVEMENT_RAPID
G0 Z10 F100
G0 X792 Y1152.837 F2500
; MOVEMENT_PLUNGE
G1 Z6 F333
G1 Z4.134 F333
; MOVEMENT_FINISH_CUTTING
G1 X693 F1000
; MOVEMENT_RAPID
G0 Z20 F100
; *** SECTION end ***
;
; *** STOP begin ***
M400
; COMMAND_COOLANT_OFF
G0 X0 Y0 F2500
; COMMAND_STOP_SPINDLE
M300 S300 P3000
;M0 Turn OFF spindle
M117 Job end
; *** STOP end ***
You can upload g-code files rather than pasting them. Other file types can be put in a ZIP file and uploaded.
Looking at the g-code, the lowest Z goes is 4.134, so this is definitely a CAM authoring issue. If you want to save your Fusion 360 file to your local disk, put it in a ZIP file and upload it, I can tell you why it is milling high. As mentioned before, it is likely you use the “wrong” stock point in your CAM Setup.
Edit: Your post of your g-code file disappeared. Strange. Usually there is a “deleted post” at least.
that’s what i thought as well when I went back to look after you asked.
If you ZIP up your Fusion 360 file and post it, I can tell you why Z never goes below 4.134.
The file looks fine, and for me, the g-code it generates is also fine. I don’t see the 4.134 for Z I do in the file you posted above. Are you sure you selected the right post processor? Did you change anything between the time you posted above and provided the Fusion 360 file?
I’m not any kind of Fusion 360 expert, but if I wanted to route gridlines with a chamfer bit, I would use a 2D/Trace toolpath. I would set the Passes/Axial Offset to the depth I wanted the tip to carve…say -1mm. This produces a much simpler/cleaner toolpath.
If you have not surfaced your spoil board, expect your routed lines to be uneven, or even missing in places. Carving with a chamfer bit is highly sensitive to variations in surface height.
I did it from another computer so that post processor on my desktop might be what’s wrong with it. But I also took your advice and changed it to a 2d trace toolpath. I haven’t surfaced yet due to the fact I want to use a sacrificial spoilerboard on top of the mdf board I have just want to make the grid so it’s easy to get the board on top square.
Here is what I did (which doesn’t imply at all what you should do).
- sized my spoil board to be slightly smaller than my working area.
- homed my router, and then placed the corner of the spoil board just inside the working area.
- nailed a finishing nail near the home/origin corner of my spoil board.
- placed a chamfer bit in the router and aligned the tip with the bottom edge of the spoil board centered on the nail.
- moved the router to the opposite end of the X axis.
- rotated the spoil board to align bottom edge with the tip of the chamfer bit.
- Screwed the spoil board down.
By having the spoil board sitting on top of the base board, and having it smaller than working size, I don’t have a pit/depression when I surface the spoil board. This allows me to mill oversized stock without having to deal with the depression. Also, If I ever want a more accurate alignment, I can mill the edges of my spoil board…or at least min X and Y.