; 1/4 phase of the wire
M808 L4
G91 ; Relative positioning
; BEGIN One cycle of rotation
M808 L26 
G0 Y9.4 X-0.075 F1000
G0 E1.4
G0 Y-18.8 X-0.15 F1000
G0 E-1.4
G0 Y9.4 X-0.075 F1000
M808
; TOTAL COUNT 26
M808 L19 
G0 Y9.4 X+0.075 F1000
G0 E1.4
G0 Y-18.8 X+0.15 F1000
G0 E-1.4
G0 Y9.4 X+0.075 F1000
M808
M808 L70
G0 Y9.4 X-0.019 F1000
G0 E1.4
G0 Y-18.8 X-0.038 F1000
G0 E-1.4
G0 Y9.4 X-0.019 F1000
M808
G90 ; Disable relative positioning
; END One cycle of rotation
;
;
;
;
;
G91
G0 Y9.4 X-0.075 F1000
G90
G0 X23.3
G91
G0 E1.4
G0 Y-18.8 X-0.15 F1000
G0 E-1.4
G0 Y9.4 X-0.075 F1000
G90

; BEGIN TRANSITIONUP
G91 
G0 Y4.7 F1000
G0 Y4.7 F3000
G0 E+1.43
G0 Y-4.7 F3000
G0 Y-4.7 F1000
G0 Y-4.7 F1000
G0 Y-4.7 F3000
G0 E-1.43
G0 Y4.7 F3000
G0 Y4.7 F1000
G0 Y4.7 F3000
G0 Y4.7 F1000
G0 E+1.43
G0 Y-4.7 F3000
G0 Y-4.7 F1000
G90
; END TRANSITIONUP

G91 ; Relative positioning
; BEGIN One cycle of rotation
M808 L26 
G0 Y-9.4 X-0.075 F1000
G0 E1.4
G0 Y+18.8 X-0.15 F1000
G0 E-1.4
G0 Y-9.4 X-0.075 F1000
M808
; TOTAL COUNT 26
M808 L19 
G0 Y-9.4 X+0.075 F1000
G0 E1.4
G0 Y+18.8 X+0.15 F1000
G0 E-1.4
G0 Y-9.4 X+0.075 F1000
M808
M808 L70
G0 Y-9.4 X-0.019 F1000
G0 E1.4
G0 Y+18.8 X-0.038 F1000
G0 E-1.4
G0 Y-9.4 X-0.019 F1000
M808
G90 ; Disable relative positioning
; END One cycle of rotation
;
;
;
;
;
G91
G0 Y-9.4 X-0.075 F1000
G90
G0 X23.3
G91
G0 E1.4
G0 Y+18.8 X-0.15 F1000
G0 E-1.4
G0 Y-9.4 X-0.075 F1000
G90

G91 ; Relative positioning
G0 Y-6.4 F1000
G0 E7.15 F1000
G0 Y+6.4 F1000
G90
M808