Thats the one

Looks like you don’t have the control option to run that code, I think it is called something like cylindrical C axis or similar. Use G137 that will be better Something like this, no helical arcs allowed G270 (GWET-SPR-L-1__GCODE.MIN) (POST REV - 14) (DATE - 28-07-22) (TIME - 11:18) CLEAR DRAW M216 (TOOL - 8 OFFSET - 8) (8 BULL-NOSED ENDMILL) NAT8 G50 S1500 M110 M960 G0 G94 X999. Z355. T080808 M8 SB=3500 M13 M63 Z24.151 G0 C0. G137 C0. G0 X-29.992 Y-33.485 G17 G265 F8000 E0.02 J1 Z-5.349 G101 Z-5.849 F5000. X-29.945 Y-33.469 Z-6.294 X-28.094 Y-32.855 Z-7.849 X-27.667 Y-32.68 Z-7.93 F1000. X-26.718 Y-27.002 Z-9.02 G103 X-27.934 Y-25.625 L30.059 X-18.612 Y-39.919 Z-6.346 Z-5.846 G0 Z24.154 G136 G264 M12 M63 M109 G0 X999. M9 G0 Z355. T0800 M215 M02 %

I think the evo has the nutating table.

I have never seen the ram above ~20GB of usage here. laptop has 96GB

Optirough with a stock model

Looks like you have installed the Verisurf free tools, the setting to turn that off is in there somewhere

I can get it to work in my 2 axis environment, but getting it to work and respecting the A axis in the post writers environment may be different. I dont have a Postability or In-house machine and control def to test it on. I am not saying what I have attached is better or worse it is just what I have. AUSTECH2009-MU500_TURNING-ISSUED.mcam The vid from 11 years ago is here https://youtu.be/6VYYIc8EFec and here https://youtu.be/M2Cs0PWyKXU

My thinking is the machine can turn in both X+ and X- so why not set it up as a 2 turrett, We could then go the next step and say all right turrett turning is at A-90

That file dates back to 2009, at the time there were not many options for posts. I hacked up a 2 axis Okuma lathe post, set it up as a 2 turret VTL, even though the machine obviously only has one turret. I also used Misc values to output the Tilted turning code and the quadrant code, the plan was to use it for demo's.

Uplaod a file, happy to look

I dont think CALL0088 will work for you, try using G469/G467 T54 M06 S2000 M03 G00 G90 G17 G15 H1 G469 P1 X10. Y0. Z0. I90. J45. K0. M21 M27 G00 B45. C0. G467 P1 M20 M26 G56 HA X52.091 Y-15.531 Z50.

The license should return after the allocated borrow time

Also 9.2.2 has an issue with Ghosted ops. The 9.2.1 Chooks works better

Do you have an external moitor with an adapter?

Mastercam and the machine can do that. I doubt anyone will help much from a step file. Its a bad look

Got a sample file? Your question will be easier to answer

Go with the RTX you will love it

I think this error is fixed by using G469/G467 G21 G00 G90 G17 G94 G40 G80 M05 G00 Z=VPPLZ M01 ( OPERATION 4 ) ( EM-12-FINISH-FACE-PLANE-1 ) ( EM-12X75X32_FINISHER | TOOL - 54 | DIA. OFF. - 54 | LEN. - 54 | TOOL DIA. - 12. ) T54 M06 S2000 M03 G00 G90 G17 G15 H1 G469 P1 X10. Y0. Z0. I90. J45. K0. M11 M27 G00 A-45. C-90. G467 P1 M10 M26 G56 HA X15.531 Y52.091 Z50.

maybe easier with a mastrecam file

Mastercam Support the RAH. I did this for an Okuma G00 G17 G94 G40 G80 G90 G21 N4 G00 Z999. (OPERATION NUMBER - 2) (WCS NAME - TOP) (TOOLPLANE NAME - HOLE-2) G116 T4 ( 0.00 / 90.00 - STATION NO -) (VC1 = THE X OFFSET) (VC2 = THE Y OFFSET) S2652 M03 G15 H1 (MAX | Z150.) (MIN | Z-118.001) G00 G90 X=VC1+416.433 Y=VC2-201.491 G56 H4 Z150. M08 G01 Z-12. F5000. X=VC1+418.965 Y=VC2-189.046 X=VC1+419.364 Y=VC2-187.087 F265.2 X=VC1+418.965 Y=VC2-189.046 F5000. X=VC1+419.364 Y=VC2-187.087 X=VC1+419.762 Y=VC2-185.127 F265.2 X=VC1+418.965 Y=VC2-189.046 F5000. X=VC1+419.762 Y=VC2-185.127 X=VC1+420.161 Y=VC2-183.167 F265.2 X=VC1+418.965 Y=VC2-189.046 F5000. ********************************** X=VC1+424.946 Y=VC2-159.649 X=VC1+425.345 Y=VC2-157.689 F265.2 X=VC1+418.965 Y=VC2-189.046 F5000. X=VC1+425.345 Y=VC2-157.689 X=VC1+425.743 Y=VC2-155.729 F265.2 X=VC1+418.965 Y=VC2-189.046 F5000. X=VC1+425.743 Y=VC2-155.729 X=VC1+426.142 Y=VC2-153.769 F265.2 X=VC1+418.965 Y=VC2-189.046 F5000. X=VC1+426.142 Y=VC2-153.769 X=VC1+426.341 Y=VC2-152.789 F265.2 X=VC1+418.965 Y=VC2-189.046 F5000. X=VC1+416.433 Y=VC2-201.491 Z150. M09 M05 G00 Z999. S300 M03 M12 (TOOL CLEANING AIR BLOW) G04 P3.0 M09 M05 G00 Y999. G90 M02 %

NC2check, Post link to MachSIM then Vericut, IMS and ICAM

A and C need to be zero in the machine work offset page

I dont think CALL OO88 supports values in the A and C axis

save this as nc.reg Windows Registry Editor Version 5.00 [HKEY_CLASSES_ROOT\.NC] @="NC File" "Content Type"="text/plain" "PerceivedType"="text" nc.reg

Good luck and thank you