Need Help!- need tool path

[wcopley]

If someone could help I need the g code for the profile cut on the outside using a 4inch face mill just a z zero cut 1 time around starting at the top left Mits 520m control

Thanks in advace needed asap
Bill

[COMMAND JOHN]

Try it if that the way your code looks.

Set D1 offset at the machine to 0

[Mike Stevenson]

Originally Posted by wcopley If someone could help I need the g code for the profile cut on the outside using a 4inch face mill just a z zero cut 1 time around starting at the top left Mits 520m control Thanks in advace needed asap Bill

Need to know Cutter size and Blank Material size first.

For example: T1=.500 FLAT END MILL (+ how deep it cuts)
Stock = 12" X 5" X 2"

[wcopley]

Originally Posted by Mike Stevenson Need to know Cutter size and Blank Material size first. For example: T1=.500 FLAT END MILL (+ how deep it cuts) Stock = 12" X 5" X 2"

as stated 4" facemill 0 depth of cutblank is burn out just about 3/4 inch wider and longer than what you see
Thanks Bill

[COMMAND JOHN]

that was a default Milsubishi post all my machines are Fanuc.

You can try this one Rs no I and J

Let me know what you need I can change it.

[Mike Stevenson]

wcopley,

COMMAND JOHN posted your free code right there in post #2. I made a few edits to his code and the result is the text you see below. The video is a Vericut CNC Verification prove out of this code. Looks like you had what you asked for all along and didn't even try it. Well done COMMAND JOHN.

%
O1489
N30 (PART - 14891)
N40 (SYSTEM- ONECNC-XR3 MILL 3D PROFESSIONAL - VERSION 10.46)
N90 (4.0 INCH FACE MILL)
N100 T1 M06
N110 G00 G90 X4.0004 Y11.2969 S800 M03
N120 G43 H1 Z1. M8
N140 Z0.1
N150 G01 Z0. F3.0
N160 G41 D1 X3.8026 Y11.3269 F7.0
N170 G03 X1.3878 Y9.2506 I-0.3148 J-2.0763
N180 X1.7971 Y8.0051 I2.1 J0.
N190 X8.4492 Y4.7528 I6.4409 J4.7449
N200 G01 X17.7852 Y4.9993
N210 G02 X17.8908 Y4.9993 I0.0528 J-1.9993
N220 G01 X27.2268 Y4.7528
N230 G03 X32.1267 Y6.268 I0.2112 J7.9972
N240 G02 X44.44 Y0. I4.5613 J-6.268
N250 X32.1267 Y-6.268 I-7.752 J0.
N260 G03 X27.2268 Y-4.7528 I-4.6887 J-6.482
N270 G01 X17.8908 Y-4.9993
N280 G02 X17.7852 Y-4.9993 I-0.0528 J1.9993
N290 G01 X8.4492 Y-4.7528
N300 G03 X1.7971 Y-8.0051 I-0.2112 J-7.9972
N310 G02 X-1.5452 Y-7.8188 I-1.6102 J1.1862
N320 G01 X-5.4821 Y-1.
N330 G02 X-5.75 Y0. I1.7321 J1.
N340 X-5.4821 Y1. I2. J0.
N350 G01 X-1.5452 Y7.8188
N360 G02 X1.7971 Y8.0051 I1.7321 J-1.
N370 G03 X1.9177 Y7.8455 I6.4409 J4.7449
N380 X5.6603 Y8.8702 I1.6591 J1.2874
N390 G01 G40 X5.6853 Y9.0686
N400 G00 Z1. M09
N430 G91 G28 Z0. M5
N440 G91 G28 Y0.
N450 M30
%

YouTube - Vericut CNC Verification software.

YouTube - Vericut CNC Verification software.

[wcopley]

John and Mike



Thanks for the help just alittle editing and it was up and running


thanks again

Bill

[Mike Stevenson]

Cheers mate.