%
O1005 (OP3)
(T2 D=0.5 CR=0. - ZMIN=-0.4985 - FLAT END MILL)
G90 G94 G17 H0
G20
(-ATTENTION- PROPERTY SAFE RETRACTS IS SET TO CLEARANCE HEIGHT.)
(ENSURE THE CLEARANCE HEIGHT WILL CLEAR THE PART AND OR FIXTURES.)
(RAISE THE Z-AXIS TO A SAFE HEIGHT BEFORE STARTING THE PROGRAM.)
(BORE2)
T2 M6
(12 ZRN 3 FLT CEM)
S7000 M3
G4 P26
G90 G94 G17
M8
G8
G0 E2 X0.552 Y-0.4284
H2 Z0.6
Z0.09
G1 Z0.06 F84.
G19 G3 Y-0.3784 Z0.01 R0.05
G17
G1 G41 X0.552 Y-0.3534 H2
G3 X0.502 Y-0.3034 R0.05
X0.392 Y-0.4134 Z-0.0026 R0.11
X0.502 Y-0.5234 Z-0.0152 R0.11
X0.612 Y-0.4134 Z-0.0278 R0.11
X0.502 Y-0.3034 Z-0.0403 R0.11
X0.392 Y-0.4134 Z-0.0529 R0.11
X0.502 Y-0.5234 Z-0.0655 R0.11
X0.612 Y-0.4134 Z-0.0781 R0.11
X0.502 Y-0.3034 Z-0.0907 R0.11
X0.392 Y-0.4134 Z-0.1033 R0.11
X0.502 Y-0.5234 Z-0.1159 R0.11
X0.612 Y-0.4134 Z-0.1285 R0.11
X0.502 Y-0.3034 Z-0.141 R0.11
X0.392 Y-0.4134 Z-0.1536 R0.11
X0.502 Y-0.5234 Z-0.1662 R0.11
X0.612 Y-0.4134 Z-0.1788 R0.11
X0.502 Y-0.3034 Z-0.1914 R0.11
X0.392 Y-0.4134 Z-0.204 R0.11
X0.502 Y-0.5234 Z-0.2166 R0.11
X0.612 Y-0.4134 Z-0.2292 R0.11
X0.502 Y-0.3034 Z-0.2417 R0.11
X0.392 Y-0.4134 Z-0.2543 R0.11
X0.502 Y-0.5234 Z-0.2669 R0.11
X0.612 Y-0.4134 Z-0.2795 R0.11
X0.502 Y-0.3034 Z-0.2921 R0.11
X0.392 Y-0.4134 Z-0.3047 R0.11
X0.502 Y-0.5234 Z-0.3173 R0.11
X0.612 Y-0.4134 Z-0.3298 R0.11
X0.502 Y-0.3034 Z-0.3424 R0.11
X0.392 Y-0.4134 Z-0.355 R0.11
X0.502 Y-0.5234 Z-0.3676 R0.11
X0.612 Y-0.4134 Z-0.3802 R0.11
X0.502 Y-0.3034 Z-0.3928 R0.11
X0.392 Y-0.4134 Z-0.4054 R0.11
X0.502 Y-0.5234 Z-0.418 R0.11
X0.612 Y-0.4134 Z-0.4305 R0.11
X0.502 Y-0.3034 Z-0.4431 R0.11
X0.392 Y-0.4134 Z-0.4557 R0.11
X0.502 Y-0.5234 Z-0.4683 R0.11
X0.612 Y-0.4134 Z-0.4809 R0.11
X0.502 Y-0.3034 Z-0.4935 R0.11
X0.437 Y-0.3247 Z-0.4985 R0.11
X0.4133 Y-0.4784 R0.11
X0.567 Y-0.5021 R0.11
X0.5907 Y-0.3484 R0.11
X0.437 Y-0.3247 R0.11
X0.4262 Y-0.3945 R0.0499
G1 G40 X0.4409 Y-0.4147
X0.4443 Y-0.4192 Z-0.4982
X0.4475 Y-0.4237 Z-0.4973
X0.4507 Y-0.428 Z-0.4957
X0.4538 Y-0.4322 Z-0.4936
X0.4567 Y-0.4362 Z-0.4909
X0.4594 Y-0.4399 Z-0.4876
X0.4618 Y-0.4432 Z-0.4839
X0.4641 Y-0.4462 Z-0.4797
X0.466 Y-0.4489 Z-0.4751
X0.4676 Y-0.451 Z-0.4702
X0.4688 Y-0.4528 Z-0.4651
X0.4698 Y-0.454 Z-0.4597
X0.4703 Y-0.4548 Z-0.4541
X0.4705 Y-0.455 Z-0.4485
G0 Z0.2
Z0.6
G1 X0.552 Y-0.4134 F131.
G0 Z-0.4185
G1 Z-0.4485 F84.
G19 G3 Y-0.3634 Z-0.4985 R0.05
G17
G1 G41 X0.552 Y-0.3384 H2
G3 X0.502 Y-0.2884 R0.05
X0.377 Y-0.4134 R0.125
X0.502 Y-0.5384 R0.125
X0.627 Y-0.4134 R0.125
X0.502 Y-0.2884 R0.125
X0.452 Y-0.3384 R0.05
G1 G40 X0.452 Y-0.3634
G19 G2 Y-0.4134 Z-0.4485 R0.05
G0 Z0.6
G17
M9
M30
%
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Here is the post fusion is giving me for a simple boring mill operation.
the issues im having are multiple.
1; the safe start at the beginning of the program.
- the H0 E0 at the top is keeping me from restarting the program after M30 properly... it trys to go in the wrong direction
2; tapping cycle
- the g84.1 line that executes the rigid tap cycle now is using a Q feedrate as a FPR ( and no feed rate. no S100.2 ( which causes the program to halt)
3; the tool diameters after G41 are how giving me H values instead.
i used to be able to do very minimal hand work to these programs, now all of a sudden i cant run a program without servere speculation, and that is causing workflow issues.
i have tried to use an older post but it isnt seeming to work.
please help
thank you
