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something you guys want to know about POINT


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After of many days of struggling about the POINT function and at our company we use it for PIN STOP. According JPARIS he gave me some good info and here is how I write my simple codes for it.

 

 

Under

#Tool_Op String Select

look for

stop19 : "Point"

 

 

That is the function of MasterCam calls out

 

Then go to----- pretract

search for ----- pbld, n$, sccomp,*sm05, psub_end_mny, e$

then replace like this line ------ pbld, n$, sccomp, [if tool_op$=19, *sm00, "(LOAD PART AGAINST PIN STOP)", else, *sm05], psub_end_mny, e$

 

if you want to eliminate the spindle speed and the direction M3/M4 then go to ---- ptlchg_com #Tool change common blocks

 

search for ---- pfxout, pfyout, pfspindleout, [if gcode$ = 1, *feed], strcantext, e$

then replace the entire line with this --------------- pfxout, pfyout, [ if tool_op$=19, "", else, pfspindleout], [if gcode$ = 1, *feed], strcantext, e$

 

======================================================

My output for point function is like this

 

%

O7286 (72-257286-00-REVA-OP1.NC)

(P/NAME= FIXTURE, DOOR ALGNR, POD LOADER)

(SOURCE= 72-257286-00-REVA.MCX-7)

(POSTED ON DEC.27.2013 AT 8*14AM)

(S56 VERTICAL MAKINO)

(*)

(TOOLS LIST)

(T9 - .5000, 1/2 DOWEL PIN STOP - H9)

(*)

N9(.5000, 1/2 DOWEL PIN STOP )

G0 G17 G40 G49 G53 G80 G90 Z0

T9 M6(POINT, CUT#2)

G90 G54

X.25 Y-1.

G43 H9 Z1.(DOC= Z-.5)

G1 Z0. F50.

Z-.5

M0 (LOAD PART AGAINST PIN STOP)

X.5 (X MOVES AWAY FROM PART FULL DIAMETER OF PIN) ------- for this if somebody knows how to write this automatic please let me know

G0 G17 G40 G49 G53 G80 G90 Z0

G53 Y0

M1

T9 M6

M30

%

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It is nice that you got something to work for you.

 

Unfortunately, some people use the POINT toolpath for things other than dowel pin alignment.

 

Had you taken the time to actually read some of the information in the link that JParis provided, you would have noticed a much more specific method of outputting the proper information for a dowel pin. One that actually uses some logic, instead of blindly applying the same output to every POINT toolpath.

 

:coffee:

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To write automatically, if the move will always be, as in this case X+, and you're always setting the workpiece to zero, it's simple. In the tool parameters, set the tool diameter to be the size of the pin you are using.

 

M0 (LOAD PART AGAINST PIN STOP)

X.5 (X MOVES AWAY FROM PART FULL DIAMETER OF PIN) ------- for this if somebody knows how to write this automatic please let me know

 

pbld, n$, sccomp, [if tool_op$=19, *sm00, "(LOAD PART AGAINST PIN STOP)", else, *sm05], psub_end_mny, e$ #enter the following on the next line:

if tool_op$=19, "X", *tldia$, e$

 

or, if you are not always setting to zero:

 

add the following line to your fomatting statements:

fmt "X" 2 xmove #X position output for pin stop

 

pbld, n$, sccomp, [if tool_op$=19, *sm00, "(LOAD PART AGAINST PIN STOP)", else, *sm05], psub_end_mny, e$ #enter the following on the next lines:

if tool_op$=19,

[

if absinc$ = zero, xmove = xabs + tldia$

else, xmove = tldia$

*xmove, e$

]

 

This will give you the desired output.

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Hi BD41612,

I posted a single toolpath then it works but when I posted all the tool paths, it only shows this. Do you know why?

 

=======================

 

%

O7286 (72-257286-00-REVA-OP1.NC)

(P/NAME= FIXTURE, DOOR ALGNR, POD LOADER)

(SOURCE= 72-257286-00-REVA.MCX-7)

(POSTED ON DEC.30.2013 AT 12*38PM)

(S56 VERTICAL MAKINO)

(*)

(TOOLS LIST)

(T9 - .5000, 1/2 DOWEL PIN STOP - H9)

(T3 - .375, 3/8" SPOT DRILL - H3)

(T7 - .4844, 31/64 STUB DRILL - H7)

(T1 - 1/2" HSS ROUGHER 1.25 LOC RELIEVED 2.4" - H1)

(T2 - 1/2" CARB EM 2FL 2.5 LOC - H2)

(T10 - M20X2.5 SPIRAL TAP* - H10)

(T4 - LETTER N STUB DRILL .302 - H4)

(T5 - .3210 HSS REAMER - H5)

(T6 - 1/4" CHAMFER TOOL - H6)

(*)

N9(.5000, 1/2 DOWEL PIN STOP )

G0 G17 G40 G49 G53 G80 G90 Z0

T9 M6(POINT, CUT#2)

G90 G54

X.25 Y-1.

G43 H9 Z1. T3(DOC= Z-.5)

G1 Z0. F50.

Z-.5

M5

G0 G17 G40 G49 G53 G80 G90 Z0

G53 Y0

M1

(*)

N3(.375, 3/8" SPOT DRILL )

G0 G17 G40 G49 G53 G80 G90 Z0

T3 M6(RELIEF TOP CORNER SPOT, CUT#3)

G90 G54

X-.71 Y-.71 S2000 M3

G43 H3 Z.1 T7 M8(DOC= Z-.18)

G98 G81 Z-.18 R.25 F10.

X-1.45

X-.71 Y-1.71

G80 M9

M5

G0 G17 G40 G49 G53 G80 G90 Z0

G53 Y0

M1

(*)

N7(.4844, 31/64 STUB DRILL )

G0 G17 G40 G49 G53 G80 G90 Z0

T7 M6(RELIEF TOP CORNER DRILL, CUT#4)

G90 G54

X-.71 Y-.71 S2000 M3

G43 H7 Z1. T1 M8(DOC= Z-2.45)

G98 G83 Z-.78 R.25 Q.05 F10.

G80

(T7= .4844, 31/64 STUB DRILL )

(RELIEF BOTTOM CORNER DRILL, CUT#5)

(DOC= Z-2.45)

X-1.45

G98 G83 Z-2.45 R.25 Q.05 F10.

X-.71 Y-1.71

G80 M9

M5

G0 G17 G40 G49 G53 G80 G90 Z0

G53 Y0

M1

(*)

N1( 1/2" HSS ROUGHER 1.25 LOC RELIEVED 2.4" )

G0 G17 G40 G49 G53 G80 G90 Z0

T1 M6(ROUGH TOP, CUT#6)

G90 G54(Z STK= .01)

(XY STK= -.9)

X-.25 Y-2.59 S6000 M3

G43 H1(D1) Z.1 T2 M8(DOC= Z-2.38)

G1 Z.01 F50.

G41 D1 Y-2.09 F75.

Y-1.7

Y-.7

G3 X-.7 Y-.25 I-.45 J0. F33.33

G1 X-1.44 F75.

X-2.09

G40 X-2.59

G0 Z.1

X.2 Y-2.59

G1 Z.01 F50.

G41 D1 Y-2.09 F75.

Y-1.7

Y-.7

G3 X-.7 Y.2 I-.9 J0. F54.17

G1 X-1.44 F75.

X-2.09

G40 X-2.59

G0 Z.1

(T1= 1/2" HSS ROUGHER 1.25 LOC RELIEVED 2.4" )

(ROUGH .80 STEP, CUT#7)

(Z STK= .01)

(XY STK= .01)

(DOC= Z-2.38)

X-2.04 Y-2.59

G1 Z-.395 F50.

G41 D1 Y-2.09 F75.

Y-2.04

X-2.09

G40 X-2.59

G0 Z.1

X-1.85 Y-2.59

G1 Z-.395 F50.

G41 D1 Y-2.09 F75.

Y-1.85

X-2.09

G40 X-2.59

G0 Z.1

X-1.66 Y-2.59

G1 Z-.395 F50.

G41 D1 Y-2.09 F75.

Y-1.7

Y-1.66

X-2.09

G40 X-2.59

G0 Z.1

X-1.47 Y-2.59

G1 Z-.395 F50.

G41 D1 Y-2.09 F75.

Y-1.7

Y-1.47

X-2.09

G40 X-2.59

G0 Z.1

X-1.28 Y-2.59

G1 Z-.395 F50.

G41 D1 Y-2.09 F75.

Y-1.7

Y-1.28

X-1.44

X-2.09

G40 X-2.59

G0 Z.1

X-1.09 Y-2.59

G1 Z-.395 F50.

G41 D1 Y-2.09 F75.

Y-1.7

Y-1.09

X-1.44

X-2.09

G40 X-2.59

G0 Z.1

X-.9 Y-2.59

G1 Z-.395 F50.

G41 D1 Y-2.09 F75.

Y-1.7

Y-.9

X-1.44

X-2.09

G40 X-2.59

G0 Z.1

X-.71 Y-2.59

G1 Z-.395 F50.

G41 D1 Y-2.09 F75.

Y-1.7

Y-.71

X-1.44

X-2.09

G40 X-2.59

G0 Z.1

X-2.04 Y-2.59

Z-.295

G1 Z-.79 F50.

G41 D1 Y-2.09 F75.

Y-2.04

X-2.09

G40 X-2.59

G0 Z.1

X-1.85 Y-2.59

Z-.295

G1 Z-.79 F50.

G41 D1 Y-2.09 F75.

Y-1.85

X-2.09

G40 X-2.59

G0 Z.1

X-1.66 Y-2.59

Z-.295

G1 Z-.79 F50.

G41 D1 Y-2.09 F75.

Y-1.7

Y-1.66

X-2.09

G40 X-2.59

G0 Z.1

X-1.47 Y-2.59

Z-.295

G1 Z-.79 F50.

G41 D1 Y-2.09 F75.

Y-1.7

Y-1.47

X-2.09

G40 X-2.59

G0 Z.1

X-1.28 Y-2.59

Z-.295

G1 Z-.79 F50.

G41 D1 Y-2.09 F75.

Y-1.7

Y-1.28

X-1.44

X-2.09

G40 X-2.59

G0 Z.1

X-1.09 Y-2.59

Z-.295

G1 Z-.79 F50.

G41 D1 Y-2.09 F75.

Y-1.7

Y-1.09

X-1.44

X-2.09

G40 X-2.59

G0 Z.1

X-.9 Y-2.59

Z-.295

G1 Z-.79 F50.

G41 D1 Y-2.09 F75.

Y-1.7

Y-.9

X-1.44

X-2.09

G40 X-2.59

G0 Z.1

X-.71 Y-2.59

Z-.295

G1 Z-.79 F50.

G41 D1 Y-2.09 F75.

Y-1.7

Y-.71

X-1.44

X-2.09

G40 X-2.59

G0 Z.1

(T1= 1/2" HSS ROUGHER 1.25 LOC RELIEVED 2.4" )

(ROUGH 1.5 STEP, CUT#8)

(XY STK= .4)

(DOC= Z-2.38)

X-1.18 Y-2.88

Z-.7

G1 Z-1.15 F50.

G41 D1 Y-2.48 F75.

G2 X-2.22 Y-1.44 I0. J1.04 F56.97

G1 Y-1.19 F75.

G40 X-2.62

Z-1.05 F50.

G0 Z.1

X-1.18 Y-2.69

Z-.7

G1 Z-1.15

G41 D1 Y-2.29 F75.

G2 X-2.03 Y-1.44 I0. J.85 F52.94

G1 Y-1.19 F75.

G40 X-2.43

Z-1.05 F50.

G0 Z.1

X-1.18 Y-2.5

Z-.7

G1 Z-1.15

G41 D1 Y-2.1 F75.

G2 X-1.84 Y-1.44 I0. J.66 F46.59

G1 Y-1.19 F75.

G40 X-2.24

Z-1.05 F50.

G0 Z.1

X-1.18 Y-2.88

Z-1.05

G1 Z-1.5

G41 D1 Y-2.48 F75.

G2 X-2.22 Y-1.44 I0. J1.04 F56.97

G1 Y-1.19 F75.

G40 X-2.62

Z-1.4 F50.

G0 Z.1

X-1.18 Y-2.69

Z-1.05

G1 Z-1.5

G41 D1 Y-2.29 F75.

G2 X-2.03 Y-1.44 I0. J.85 F52.94

G1 Y-1.19 F75.

G40 X-2.43

Z-1.4 F50.

G0 Z.1

X-1.18 Y-2.5

Z-1.05

G1 Z-1.5

G41 D1 Y-2.1 F75.

G2 X-1.84 Y-1.44 I0. J.66 F46.59

G1 Y-1.19 F75.

G40 X-2.24

Z-1.4 F50.

G0 Z.1

(T1= 1/2" HSS ROUGHER 1.25 LOC RELIEVED 2.4" )

(ROUGH 1.5 STEP, CUT#9)

(XY STK= .01)

(DOC= Z-2.38)

X-.93 Y-2.54

Z-.7

G1 Z-1.15

G41 D1 Y-2.09 F75.

Y-1.93

X-1.18

G2 X-1.67 Y-1.44 I0. J.49 F36.73

G1 Y-1.19 F75.

Y-.93

X-2.09

G40 X-2.54

Z-1.05 F50.

G0 Z.1

X-.71 Y-2.54

Z-.7

G1 Z-1.15

G41 D1 Y-2.09 F75.

Y-1.71

X-1.18

G2 X-1.45 Y-1.44 I0. J.27 F5.56

G1 Y-1.19 F75.

Y-.71

X-2.09

G40 X-2.54

Z-1.05 F50.

G0 Z.1

X-.93 Y-2.54

Z-1.05

G1 Z-1.5

G41 D1 Y-2.09 F75.

Y-1.93

X-1.18

G2 X-1.67 Y-1.44 I0. J.49 F36.73

G1 Y-1.19 F75.

Y-.93

X-2.09

G40 X-2.54

Z-1.4 F50.

G0 Z.1

X-.71 Y-2.54

Z-1.05

G1 Z-1.5

G41 D1 Y-2.09 F75.

Y-1.71

X-1.18

G2 X-1.45 Y-1.44 I0. J.27 F5.56

G1 Y-1.19 F75.

Y-.71

X-2.09

G40 X-2.54

Z-1.4 F50.

G0 Z.1

(T1= 1/2" HSS ROUGHER 1.25 LOC RELIEVED 2.4" )

(ROUGH PROFILE 2.38 DEEP, CUT#10)

(XY STK= .01)

(DOC= Z-2.38)

X-2.36 Y-.89

G1 Z-.595

G41 D1 Y-.44 F75.

Y-.01

G2 X-2.09 Y.26 I.27 J0. F5.56

G1 X-.01 F75.

G2 X.26 Y-.01 I0. J-.27 F5.56

G1 Y-2.09 F75.

G2 X-.01 Y-2.36 I-.27 J0. F5.56

G1 X-.44 F75.

G40 X-.89

Z-.495 F50.

G0 Z.1

X-2.36 Y-.89

Z-.495

G1 Z-1.19

G41 D1 Y-.44 F75.

Y-.01

G2 X-2.09 Y.26 I.27 J0. F5.56

G1 X-.01 F75.

G2 X.26 Y-.01 I0. J-.27 F5.56

G1 Y-2.09 F75.

G2 X-.01 Y-2.36 I-.27 J0. F5.56

G1 X-.44 F75.

G40 X-.89

Z-1.09 F50.

G0 Z.1

X-2.36 Y-.89

Z-1.09

G1 Z-1.785

G41 D1 Y-.44 F75.

Y-.01

G2 X-2.09 Y.26 I.27 J0. F5.56

G1 X-.01 F75.

G2 X.26 Y-.01 I0. J-.27 F5.56

G1 Y-2.09 F75.

G2 X-.01 Y-2.36 I-.27 J0. F5.56

G1 X-.44 F75.

G40 X-.89

Z-1.685 F50.

G0 Z.1

X-2.36 Y-.89

Z-1.685

G1 Z-2.38

G41 D1 Y-.44 F75.

Y-.01

G2 X-2.09 Y.26 I.27 J0. F5.56

G1 X-.01 F75.

G2 X.26 Y-.01 I0. J-.27 F5.56

G1 Y-2.09 F75.

G2 X-.01 Y-2.36 I-.27 J0. F5.56

G1 X-.44 F75.

G40 X-.89

Z-2.28 F50.

G0 Z.1 M9

M5

G0 G17 G40 G49 G53 G80 G90 Z0

G53 Y0

M1

(*)

N2( 1/2" CARB EM 2FL 2.5 LOC )

G0 G17 G40 G49 G53 G80 G90 Z0

T2 M6(FINISH MILL TOP, CUT#11)

G90 G54(XY STK= -.9)

X-.25 Y-2.59 S5000 M3

G43 H2(D2) Z.1 T10 M8(DOC= Z-1.5)

G1 Z0. F50.

G41 D2 Y-2.09 F30.

Y-1.7

Y-.7

G3 X-.7 Y-.25 I-.45 J0. F13.33

G1 X-1.44 F30.

X-2.09

G40 X-2.59

Z.1 F50.

G0 X.2 Y-2.59

G1 Z0.

G41 D2 Y-2.09 F30.

Y-1.7

Y-.7

G3 X-.7 Y.2 I-.9 J0. F21.67

G1 X-1.44 F30.

X-2.09

G40 X-2.59

Z.1 F50.

(T2= 1/2" CARB EM 2FL 2.5 LOC )

(FINISH MILL .80 STEP, CUT#12)

(DOC= Z-1.5)

G0 X-1.07 Y-2.59

G1 Z-.8

G41 D2 Y-2.09 F30.

Y-1.7

Y-1.07

X-1.44

X-2.09

G40 X-2.59

Z-.7 F50.

G0 Z.1

X-.7 Y-2.59

G1 Z-.8

G41 D2 Y-2.09 F30.

Y-1.7

Y-.7

X-1.44

X-2.09

G40 X-2.59

Z-.7 F50.

G0 Z.1

(T2= 1/2" CARB EM 2FL 2.5 LOC )

(FINISH MILL 1.50 STEP, CUT#13)

(DOC= Z-1.5)

X-.7 Y-2.54

Z-.7

G1 Z-1.32

G41 D2 Y-2.09 F30.

Y-1.7

X-1.18

G2 X-1.44 Y-1.44 I0. J.26 F1.15

G1 Y-1.19 F30.

Y-.7

X-2.09

G40 X-2.54

Z-1.22 F50.

G0 Z.1

(T2= 1/2" CARB EM 2FL 2.5 LOC )

(FINISH MILL PROFILE, CUT#14)

(DOC= Z-1.5)

X-1.8717 Y-.7719

G1 Z-1.5

G41 D2 X-1.915 Y-.7469 F30.

G3 X-2.09 Y-.7 I-.175 J-.3031 F8.57

G2 X-2.35 Y-.44 I0. J.26 F1.15

G1 Y-.01 F30.

G2 X-2.09 Y.25 I.26 J0. F1.15

G1 X-.01 F30.

G2 X.25 Y-.01 I0. J-.26 F1.15

G1 Y-2.09 F30.

G2 X-.01 Y-2.35 I-.26 J0. F1.15

G1 X-.44 F30.

G2 X-.7 Y-2.09 I0. J.26 F1.15

G3 X-.7469 Y-1.915 I-.35 J0. F8.57

G1 G40 X-.7719 Y-1.8717 F30.

Z-1.4 F50.

G0 Z.1 M9

M5

G0 G17 G40 G49 G53 G80 G90 Z0

G53 Y0

M1

(*)

N10(M20X2.5 SPIRAL TAP* )

G0 G17 G40 G49 G53 G80 G90 Z0

T10 M6(SPOT .316 HOLE, CUT#15)

G90 G54

X-.959 Y-.959 S100 M3

G43 H10 Z.1 T4 M8(DOC= Z-.96)

G98 G84 Z-.96 R-.7 F.0984

G80 M9

M5

G0 G17 G40 G49 G53 G80 G90 Z0

G53 Y0

M1

(*)

N4( LETTER N STUB DRILL .302 )

G0 G17 G40 G49 G53 G80 G90 Z0

T4 M6(ROUGH .316 HOLE, CUT#16)

G90 G54

X-.959 Y-.959 S5050 M3

G43 H4 Z.1 T5 M8(DOC= Z-1.4)

G98 G83 Z-1.4 R-.7 Q.1 F25.

G80 M9

M5

G0 G17 G40 G49 G53 G80 G90 Z0

G53 Y0

M1

(*)

N5(.3210 HSS REAMER )

G0 G17 G40 G49 G53 G80 G90 Z0

T5 M6(REAM .316 HOLE OVERSIZE FOR PLATING, CUT#17)

G90 G54

X-.959 Y-.959 S1500 M3

G43 H5 Z.1 T6 M8(DOC= Z-1.35)

G98 G81 Z-1.35 R-.7 F9.

G80 M9

M5

G0 G17 G40 G49 G53 G80 G90 Z0

G53 Y0

M1

(*)

N6( 1/4" CHAMFER TOOL )

G0 G17 G40 G49 G53 G80 G90 Z0

T6 M6(.03 CHAMFER TOP OF PART, CUT#18)

G90 G54

X-.495 Y-2.29 S7500 M3

G43 H6(D56) Z.1 T9 M8(DOC= Z-.92)

G1 Z-.07 F50.

G41 D56 Y-2.09 F30.

Y-1.7

Y-.7

G3 X-.7 Y-.495 I-.205 J0. F11.71

G1 X-1.44 F30.

X-2.09

G2 X-2.145 Y-.44 I0. J.055 F.01

G1 Y-.01 F30.

G2 X-2.09 Y.045 I.055 J0. F.01

G1 X-.01 F30.

G2 X.045 Y-.01 I0. J-.055 F.01

G1 Y-2.09 F30.

G2 X-.01 Y-2.145 I-.055 J0. F.01

G1 X-.44 F30.

G2 X-.495 Y-2.09 I0. J.055 F.01

G3 X-.5285 Y-1.965 I-.25 J0. F15.

G1 G40 X-.5535 Y-1.9217 F30.

Z.03

G0 Z.1

(T6= 1/4" CHAMFER TOOL )

(CHAMFER .800 STEP, CUT#19)

(DOC= Z-.92)

X-.7554 Y-1.734

Z-.7

G1 Z-.92 F50.

G41 D56 X-.585 Y-1.6293 F30.

G3 X-.7 Y-1.565 I-.115 J-.0707 F2.22

G1 X-1.18 F30.

G2 X-1.305 Y-1.44 I0. J.125 F.01

G1 Y-1.19 F30.

Y-.7

G3 X-1.3693 Y-.585 I-.135 J0. F2.22

G1 G40 X-1.474 Y-.7554 F30.

Z-.82 F50.

G0 Z.1 M9

M5

G0 G17 G40 G49 G53 G80 G90 Z0

G53 Y0

M1

T9 M6

M30

%

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I did something similar a while back.... only the bottom few lines of each snippet below (11 lines total)

The trigger is a programmed feedrate of 20.3

I would use a point toolpath to bring the tool wherever I wanted (2.0" above the part most of the time) to verify the tool was set correctly.

You could easily add an X move or whatever to use this for your dowel pin thing.

 

 

plinout		 #Output to NC of linear movement - feed
 pcan1, pbld, n$, sgfeed, sgplane, `sgcode, sgabsinc, pccdia,
	pxout, pyout, pzout, pcout, `feed, strcantext, scoolant, e$

 if feed=20.3, #added this 3-7-12ksg
	[
	n$, "M00", "(2.0 TLO CHECK )", e$,
	pbld, scomm$, e$
	pbld, "						 ", e$
	]

 

and then this.....

 

 

 

pretract		#End of tool path, toolchange
 phsm_off
 sav_absinc = absinc$
 absinc$ = one
 sav_coolant = coolant$
 coolant$ = zero

#	 if nextop$ = 1003, #Uncomment this line to leave coolant on until eof unless
#		[				 # explicitely turned off through a canned text edit
	if all_cool_off,
	 [
	 #all coolant off with a single off code here
	 if coolant_on, pbld, n$, *sall_cool_off, e$
	 coolant_on = zero
	 ]
	else,
	 [
	 local_int = zero
	 coolantx = zero
	 while local_int < 20,
		[
		coolantx = and(2^local_int, coolant_on)
		local_int = local_int + one
		if coolantx > zero,
		 [
		 coolantx = local_int
		 pbld, n$, scoolantx, e$
		 ]
		coolantx = zero
		]
	 coolant_on = zero
	 ]
 if feed = 20.3, #added this 3-7-12ksg
      [
      pbld, n$, "G00", "G91", "Z4.", e$
      pbld, n$, "G90", e$
      ]

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