I need a post processor for Cincinnati talon Acramatic 850 sx . Lathe Talon. for fusion…?
You might try the forum. it appears the generic acramatic will work of the 850 control, the following topic indicated they had to do some minor editing. It may be a preference issue they were facing, it would be worth a try to use it. If you can find out what doesn’t work then maybe someone can help you modify the post to correct any code errors. here is the forum link talking about the 850 sx. https://forums.autodesk.com/t5/fusion-360-manufacture/acramatic-850sx/td-p/7857391
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this is for a mill machine… I am looking for a lathe, will try it anyways…
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sample program…
%
:10G0G60G62G98G70G40X5.Z11.
(MSG, 20-001 1910)
(MSG, PAN SLIDE CORE )
(MSG, 7/8" STOCK)
(MSG, RUN TIME 0:00 MIN.)
(MSG, Z SET 9.187)
(MSG, .250 CTR )
(MSG, FACE)
G92S1000
G97S225T5M6M3
G95F.008
G0X1.1Z.05M8
G96R1.1S225
(BAR,H1C2D.04I.0001K.0001X1.Z0)
G1X.9Z0
G1X-.045F.004
(ENC)
M50
M1
:20G0G60G62G98G70G40X5.Z11.
(MSG, #2 CTR DRILL)
G92S900
G97S700T2M6M4
G95F.006
G0X0Z.1M8
Z.01
G1Z-.03F.0005
G1Z-.125F.002
G4F3.
G0Z.5M9
M50
M5
M85
/M0
M86
M1
:30G0G60G62G98G70G40X5.Z11.
(MSG,ROUGH FRONT OD)
G92S1000
G97S272T1M6M3
G95F.008
G0X6.Z.1M8
G0X.96
G96R.96S230
(BAR, H0C1D.0500I.015K.003X.27Z.05)
G1X.2800Z.0000
G1X.3700Z-.0450
G1X.3700Z-.7500
G1X.4030Z-.7500
G1X.4030Z-6.2693
G1X.8554Z-6.3999
G1X.8554Z-6.4050
G1X.6927Z-6.5460
G1X.6695Z-7.2108
G1X.6695Z-7.5950
(ENC)
G0X6.
M50
M5
M1
:40G0G60G62G98G70G40X5.Z11.
(MSG,FINISH OD )
G92S1500
M8
G97S400T3M6M3
G95F.0030
G0X6.Z.1
G0X.6Z.06
G96R.6S700
G1X.373F.02
G1X.3730Z-.7500F.007
G1X.4060Z-.7500
G1X.4060Z-6.2693
G0X.5
G0Z.06
G1X.24F.02
G1G42Z.0F.0070
G1X.2800Z.0000
G1X.3680Z-.0450
G1X.3680Z-.7500
G1X.4000Z-.7500
G1X.4030Z-6.2693
G1X.8554Z-6.3999
G1X.8554Z-6.4050
G1X.6927Z-6.5460
G1X.6695Z-7.2108
G1X.6695Z-7.5950
G1X.9
G0G40X6.Z.1M9
M50
M1
:50G0G62G98G70G40X5.Z11.
(MSG, 3/8 - 16 O.D. THREAD)
G92S800
G97S450T7M6M4
G95F.050
G0X6.Z.2
G0X.360Z.10M8
(THD,H0D.002A0R.45X.29Z-.05)
G33X.29Z-.81K.0625
(ENC)
G0X6.
M50
/M0
:60G0G60G62G98G70G40X5.Z11.
(MSG, FINISH LEFT SIDE & CUT OFF )
G92S900
G97S120T09M6M3
G95F.004
G0X5.Z1.M8
G0X.8802Z-6.3868H1
G96R.8802S220
G1X.6946Z-6.4795F.0015
G1X.6923Z-6.5463
G0X.9
G0Z-7.475
G1X.25
G0X.75
Z-7.365
G1X.25
G0X.75
Z-7.265
G1X.25
G0X.75
Z-7.2008
G1X.6695
G3X.5595Z-7.255P.055
G1X.25
G1Z-7.465
G1X.1
G0X4.M9
M50H0
M5
M87
M84
M0
:70G0G60G62G98G70G40X5.Z11.
(MSG,FACE CUT OFF )
G92S1500
G97S120T09M6M3
G95F.004
G0X6.Z1.M8
G0X.95Z-7.4850H1
G96R.95S200
G1X-.03F.001
G0W.3
G0X4.M9
M50H0
M5
M1
:80G0G60G62G98G70G40X5.Z11.
(MSG, FRONT STOP)
G92S600
S200T6M6
G95F.004
G0X.7Z.005
M2
ok here is a post from BOBCAM
I just use the separate moves output…the canned one still gives some errors…
maybe someone can convert this for use in Fusion…
CANNED CYCLES OUTPUT:
%
:1 G00 G62 G70 G98 X[M3]-[M15]-[M40] Z[M4]-[M16]-[M41]
N2 M50
N3 M01
(JOB 1 ROUGH CYCLE)
:4 G00 G62 G70 G98 X[M3]-[M15]-[M40] Z[M4]-[M16]-[M41]
N5 T1 M26
N6 G92 S500
N7 M08
N8 G97 S641 M03
N9 G00 Z.05 X2.1
N10 G95 G96 S500 R2. F.005
N11 G71 U.1 R.1
N12 G71 P13 Q16 U.02 W.01
N13 G00 X1.
N14 G01 Z0.
N15 G01 X2. Z-1.1113 P5.6562
N16 G01 X2.1 Z-1.1613
N17 G00 X10. Z5.
N18 G97
N19 T1
N20 G00 Z.05
N21 G00 Z5.
N22 M50
N23 M01
(JOB 1 ROUGH CYCLE)
:24 G00 G62 G70 G98 X[M3]-[M15]-[M40] Z[M4]-[M16]-[M41]
N25 T2 M26
N26 G92 S500
N27 M08
N28 G97 S641 M03
N29 G00 Z.05 X2.1
N30 G95 G97 S200 R2. F.001
N31 M09
N32 M05
N33 G00 G28 U0. W0.
N34 T2
N35 M01
N36 G50 S500
N37 G97 S363 M03
N38 G00 G54 X1. Z.05 M08
N39 G97 S200
N40 G70 P13 Q16
N41 X10. Z5.
N42 G97
N43 T2
N44 G00 Z.05
N45 G00 Z5.
N46 M09
N47 M50
N48 M02
SEPARATE MOVES OUTPUT:
%
:1 G00 G62 G70 G98 X[M3]-[M15]-[M40] Z[M4]-[M16]-[M41]
N2 M50
N3 M01
(JOB 1 ROUGH CYCLE)
:4 G00 G62 G70 G98 X[M3]-[M15]-[M40] Z[M4]-[M16]-[M41]
N5 T1 M26
N6 G92 S500
N7 M08
N8 G97 S641 M03
N9 G00 Z.05 X2.2
N10 G95 G96 S500 R2. F.005
N11 G00 X1.82
N12 G01 Z-.9302
N13 G01 X1.8623 Z-.9698
N14 G01 X2.0172 Z-1.1063
N15 G01 X2.02 Z-1.1086
N16 G01 X2.12 Z-1.1586
N17 G00 Z.05
N18 G00 X1.62
N19 G01 Z-.7363
N20 G01 X1.7185 Z-.8348
N21 G01 X1.7295 Z-.8454 P.4451
N22 G01 X1.82 Z-.9302
N23 G01 X1.92 Z-.9802
N24 G00 Z.05
N25 G00 X1.42
N26 G01 Z-.521
N27 G01 X1.4644 Z-.5717
N28 G01 X1.5849 Z-.7009
N29 G01 X1.5928 Z-.7091
N30 G01 X1.62 Z-.7363
N31 G01 X1.72 Z-.7863
N32 G00 Z.05
N33 G00 X1.22
N34 G01 Z-.2795
N35 G01 X1.225 Z-.2862
N36 G01 X1.3335 Z-.421
N37 G01 X1.3438 Z-.4333 P.4971
N38 G01 X1.42 Z-.521
N39 G01 X1.52 Z-.571
N40 G00 Z.05
N41 G00 X1.021
N42 G01 Z0.
N43 G01 X1.1141 Z-.1364
N44 G01 X1.1247 Z-.1512 P.5833
N45 G01 X1.22 Z-.2795
N46 G01 X1.32 Z-.3295
N47 G00 X10.
N48 G00 Z5.
N49 M50
N50 M01
(JOB 1 ROUGH CYCLE)
:51 G00 G62 G70 G98 X[M3]-[M15]-[M40] Z[M4]-[M16]-[M41]
N52 T2 M26
N53 G92 S500
N54 M08
N55 G97 S641 M03
N56 G00 Z.05 X2.2
N57 G95 G97 S200 R2. F.001
N58 G00 X1.
N59 G01 Z0.
N60 G01 X2. Z-1.1113 P5.6562
N61 G01 X2.1 Z-1.1613
N62 G00 X10.
N63 G00 Z5.
N64 M09
N65 M50
N66 M02
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Ok so who is good with post processors, been trying to do it like in this vid, on a Mac, not working…will try on a pc…Visual studio and addon from fusion.360.