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Anyone has a post processing script that works with Fusion360??

Discussion in 'CAM' started by thatguypeter, May 10, 2019.

  1. thatguypeter

    Builder

    Joined:
    Jan 28, 2019
    Messages:
    39
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    9
    Hi,

    I need help getting the Black Box running with Fusion 360. I try all the GRBL post processing cpa in Fusion and some that were mention in this forum (Stroom and Swarfer), but I still can't get the machine to work right.
    What do I need to change in the script to get it to work with the Black Box? I ran the SIM on all the post processing grbl output and it just doesn't run right or run at all.

    Peter

    I am trying to cut out the front hood of my boat and can't get it to work.


    %
    (Made in : Autodesk CAM Post Processor)
    (G Code optimized for OpenBuilds OX CNC 1000 x 750 with GRBL V0.9j controller)

    (Program Name : Stroom)
    (5 Operations :)
    (1 : 2D Pocket1)
    ( Tool : Flat End Mill 3 Flutes, Diam = 6.35mm, Len = 19.049999999999997mm)
    ( Spindle : RPM = 10000, set router dial to 1)
    ( Machining time : 18 min 34 sec)
    (2 : 2D Contour2)
    ( Tool : Flat End Mill 3 Flutes, Diam = 6.35mm, Len = 19.049999999999997mm)
    ( Spindle : RPM = 10000, set router dial to 1)
    ( Machining time : 5 min 23 sec)
    (3 : 2D Pocket2)
    ( Tool : Flat End Mill 3 Flutes, Diam = 6.35mm, Len = 19.049999999999997mm)
    ( Spindle : RPM = 10000, set router dial to 1)
    ( Machining time : 24 min 24 sec)
    (4 : 2D Contour3)
    ( Tool : Flat End Mill 3 Flutes, Diam = 6.35mm, Len = 19.049999999999997mm)
    ( Spindle : RPM = 10000, set router dial to 1)
    ( Machining time : 8 min 17 sec)
    (5 : 2D Contour4)
    ( Tool : Flat End Mill 3 Flutes, Diam = 6.35mm, Len = 19.049999999999997mm)
    ( Spindle : RPM = 20000, set router dial to 3.6)
    ( Machining time : 24 min 21 sec)

    G90 G94
    G17
    G21

    (Operation 1 of 5 : 2D Pocket1)

    G53 G0 Z-10
    G54
    S10000 M3
    G4 P1.0
    X-853.9833 Y674.0642
    Z27.94
    Z15.875
    G1 Z14.716 F1524
    Z12.0015
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    X-854.0037 Y674.0402 Z11.8638
    X-854.0281 Y674.0114 Z11.8036
    X-854.0606 Y673.973 Z11.7533
    X-854.0995 Y673.9271 Z11.7155
    X-854.1429 Y673.8759 Z11.692
    X-854.1886 Y673.822 Z11.684
    X-854.2092 Y673.7978
    G3 X-855.23 Y671.014 I3.2836 J-2.7833 F2000
    G1 X-855.231 Y175.722
    G3 X-854.2031 Y172.9302 I4.305
    G1 X-853.71 Y172.4383
    G3 X-850.926 Y171.417 I2.784 J3.2837
    G1 X-355.595
    G3 X-352.8032 Y172.4449 J4.305
    G1 X-352.3113 Y172.938
    G3 X-351.29 Y175.7219 I-3.2837 J2.784
    G1 X-351.2492 Y675.0393
    X-351.2555 Y675.1026
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    X-850.9256 Y675.319
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    G3 X-866.292 Y662.9412 I1.7399 J-4.2466
    G1 X-866.293 Y175.722
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    G1 X-355.595
    G3 X-340.228 Y175.722 J15.367
    G1 X-340.233 Y675.864
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    G3 X-866.292 Y671.014 I0.0009 J-15.367
    G1 Y662.9412
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    G1 X-855.231 Y175.722
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    G1 X-853.71 Y172.4383
    G3 X-850.926 Y171.417 I2.784 J3.2837
    G1 X-355.595
    G3 X-352.8032 Y172.4449 J4.305
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    G3 X-351.29 Y175.7219 I-3.2837 J2.784
    G1 X-351.2492 Y675.0393
    X-351.2555 Y675.1026
    X-351.2739 Y675.1635
    X-351.3039 Y675.2196
    X-351.3443 Y675.2687
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    X-351.5104 Y675.3575
    X-351.5737 Y675.3638
    X-850.9256 Y675.319
    G3 X-853.7173 Y674.2909 I0.0001 J-4.3045
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    G1 X-860.521 Y175.722
    G3 X-850.926 Y166.127 I9.595
    G1 X-355.595
    G3 X-346 Y175.722 J9.595
    G1 X-346.005 Y675.8639
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    G1 X-340.233 Y675.864
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    G3 X-866.292 Y671.014 I0.0009 J-15.367
    G1 Y662.9412
    G3 X-861.4155 Y660.5668 Z10.4489 I3.0162 F1524
    G1 X-850.048 Y669.4732 Z9.9798
    G3 X-854.2092 Y673.7978 Z9.652 I-1.8602 J2.3743
    X-855.23 Y671.014 I3.2836 J-2.7833 F2000
    G1 X-855.231 Y175.722
    G3 X-854.2031 Y172.9302 I4.305
    G1 X-853.71 Y172.4383
    G3 X-850.926 Y171.417 I2.784 J3.2837
    G1 X-355.595
    G3 X-352.8032 Y172.4449 J4.305
    G1 X-352.3113 Y172.938
    G3 X-351.29 Y175.7219 I-3.2837 J2.784
    G1 X-351.2492 Y675.0393
    X-351.2555 Y675.1026
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    X-351.3443 Y675.2687
    X-351.3934 Y675.3091
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    X-351.5737 Y675.3638
    X-850.9256 Y675.319
    G3 X-853.7173 Y674.2909 I0.0001 J-4.3045
    G2 X-857.4205 Y673.5479 I-2.5193 J2.9565
    G3 X-860.5131 Y671.3795 I-0.7228 J-2.2586
    X-860.52 Y671.014 I9.5875 J-0.3649
    G1 X-860.521 Y175.722
    G3 X-850.926 Y166.127 I9.595
    G1 X-355.595
    G3 X-346 Y175.722 J9.595
    G1 X-346.005 Y675.8639
    G3 X-346.2565 Y678.1343 I-10.3759 J-0.0001
    X-347.0316 Y680.283 I-8.8958 J-1.9949
    X-347.637 Y680.6537 I-0.6054 J-0.3089
    G1 X-850.9258 Y680.609
    G3 X-860.5131 Y671.3795 I0.0002 J-9.5945
    G2 X-863.4427 Y667.1878 I-4.7206 J0.1797
    G3 X-866.292 Y662.9412 I1.7399 J-4.2466
    G1 X-866.293 Y175.722
    G3 X-850.926 Y160.355 I15.367
    G1 X-355.595
    G3 X-340.228 Y175.722 J15.367
    G1 X-340.233 Y675.864
    G3 X-344.3944 Y686.38 I-15.3671 J0.0003
    G1 X-850.9259 Y686.381
    G3 X-866.292 Y671.014 I0.0009 J-15.367
    G1 Y662.9412
    G3 X-861.4155 Y660.5668 Z9.4329 I3.0162 F1524
    G1 X-850.048 Y669.4732 Z8.9638
    G3 X-854.2092 Y673.7978 Z8.636 I-1.8602 J2.3743
    X-855.23 Y671.014 I3.2836 J-2.7833 F2000
    G1 X-855.231 Y175.722
    G3 X-854.2031 Y172.9302 I4.305
    G1 X-853.71 Y172.4383
    G3 X-850.926 Y171.417 I2.784 J3.2837
    G1 X-355.595
    G3 X-352.8032 Y172.4449 J4.305
    G1 X-352.3113 Y172.938
    G3 X-351.29 Y175.7219 I-3.2837 J2.784
    G1 X-351.2492 Y675.0393
    X-351.2555 Y675.1026
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    X-351.3039 Y675.2196
    X-351.3443 Y675.2687
    X-351.3934 Y675.3091
    X-351.4495 Y675.3391
    X-351.5104 Y675.3575
    X-351.5737 Y675.3638
    X-850.9256 Y675.319
    G3 X-853.7173 Y674.2909 I0.0001 J-4.3045
    G2 X-857.4205 Y673.5479 I-2.5193 J2.9565
    G3 X-860.5131 Y671.3795 I-0.7228 J-2.2586
    X-860.52 Y671.014 I9.5875 J-0.3649
    G1 X-860.521 Y175.722
    G3 X-850.926 Y166.127 I9.595
    G1 X-355.595
    G3 X-346 Y175.722 J9.595
    G1 X-346.005 Y675.8639
    G3 X-346.2565 Y678.1343 I-10.3759 J-0.0001
    X-347.0316 Y680.283 I-8.8958 J-1.9949
    X-347.637 Y680.6537 I-0.6054 J-0.3089
    G1 X-850.9258 Y680.609
    G3 X-860.5131 Y671.3795 I0.0002 J-9.5945
    G2 X-863.4427 Y667.1878 I-4.7206 J0.1797
    G3 X-866.292 Y662.9412 I1.7399 J-4.2466
    G1 X-866.293 Y175.722
    G3 X-850.926 Y160.355 I15.367
    G1 X-355.595
    G3 X-340.228 Y175.722 J15.367
    G1 X-340.233 Y675.864
    G3 X-344.3944 Y686.38 I-15.3671 J0.0003
    G1 X-850.9259 Y686.381
    G3 X-866.292 Y671.014 I0.0009 J-15.367
    G1 Y662.9412
    G3 X-861.4155 Y660.5668 Z8.4169 I3.0162 F1524
    G1 X-850.048 Y669.4732 Z7.9478
    G3 X-854.2092 Y673.7978 Z7.62 I-1.8602 J2.3743
    X-855.23 Y671.014 I3.2836 J-2.7833 F2000
    G1 X-855.231 Y175.722
    G3 X-854.2031 Y172.9302 I4.305
    G1 X-853.71 Y172.4383
    G3 X-850.926 Y171.417 I2.784 J3.2837
    G1 X-355.595
    G3 X-352.8032 Y172.4449 J4.305
    G1 X-352.3113 Y172.938
    G3 X-351.29 Y175.7219 I-3.2837 J2.784
    G1 X-351.2492 Y675.0393
    X-351.2555 Y675.1026
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    X-351.3443 Y675.2687
    X-351.3934 Y675.3091
    X-351.4495 Y675.3391
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    X-850.9256 Y675.319
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    G0 Z27.94

    (Operation 2 of 5 : 2D Contour2)

    G54
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    (Operation 3 of 5 : 2D Pocket2)

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    X-535.0934 Y841.4392
    X-535.1338 Y841.4369
    X-535.171 Y841.4211
    X-535.2007 Y841.3937
    X-535.2194 Y841.3579
    X-535.2249 Y841.3178
    X-535.2166 Y841.2783
    X-535.1954 Y841.2438
    X-535.1638 Y841.2186
    X-535.1255 Y841.2055
    X-535.0341 Y841.191 Z9.0356 F1524
    X-534.9447 Y841.1769 Z9.0154
    X-534.8591 Y841.1633 Z8.9822
    X-534.7791 Y841.1506 Z8.9368
    X-534.7066 Y841.1392 Z8.88
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    G3 X-531.7791 Y840.8568 I2.2748 J14.3638
    G1 X-219.4413 Y840.8616 F2000
    G3 X-104.476 Y940.136 I-0.0019 J116.2075
    X-104.4499 Y940.4913 I-2.4072 J0.3553
    G1 X-104.4956 Y1426.0801
    G3 X-135.9637 Y1503.9797 I-112.1528 J0.0009
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    X-207.3357 Y1537.8716 I-18.211 J-138.1119
    X-212.7101 Y1538.1644 I-6.5367 J-70.4946
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    G1 X-531.7791 Y840.8568
    G2 X-527.3309 Y837.8915 I0.0001 J-4.8188
    G3 X-522.8826 Y834.9261 I4.4482 J1.8535
    G1 X-219.4412 Y834.9307
    G3 X-139.4008 Y864.8302 I-0.002 J122.0882
    X-112.2027 Y898.6673 I-80.0415 J92.1865
    X-103.537 Y918.6638 I-107.2397 J58.3494
    X-100.5764 Y929.162 I-115.9056 J38.3529
    X-99.4508 Y934.4998 I-118.8664 J27.8547
    X-98.9777 Y937.1862 I-119.9927 J22.5171
    G2 X-98.739 Y938.5294 I53.0511 J-8.7331
    G3 X-98.5647 Y939.8824 I-11.0991 J2.1177
    G1 Y1426.08
    G3 X-131.7354 Y1508.139 I-118.0858
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    X-201.3147 Y1543.1646 I-47.9702 J-107.9005
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    G1 X-1004.7178 Y1544.141
    G3 X-1009.8058 Y1543.6731 J-27.8949
    X-1080.1407 Y1502.7417 I22.0292 J-118.7505
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    G1 Y934.1564
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    G1 X-522.8826 Y834.9261
    G2 X-518.3963 Y831.9353 I0.0001 J-4.8602
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    G1 X-219.4411 Y828.949
    G3 X-92.583 Y939.4768 I-0.0021 J128.0669
    G1 Y1426.08
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    G1 X-1007.4935
    G3 X-1113.937 Y1426.2474 I19.0073 J-124.0027
    G1 Y934.1054
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    G1 X-513.91 Y828.9445
    X-513.8123 Y828.9521 Z8.4483 F1524
    X-513.7169 Y828.9746 Z8.4639
    X-513.6347 Y829.0073 Z8.509
    X-513.5579 Y829.0511 Z8.5541
    X-513.5017 Y829.0932 Z8.6243
    X-513.4505 Y829.1412 Z8.6946
    X-513.3931 Y829.2107 Z8.8716
    X-513.3757 Y829.2365 Z9.0678
    G0 Z27.94

    (Operation 4 of 5 : 2D Contour3)

    G54
    S10000 M3
    X-753.9987 Y843.0378
    Z27.94
    Z9.9248
    G1 Z7.5598 F762
    G19 G2 Y842.4028 Z6.9248 J-0.635
    G1 Y841.7679 F1524
    G17 G3 X-753.3636 Y841.1329 I0.635
    G1 X-425.838 Y841.1379 F2000
    Z9.5123
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    Z9.5123
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    G3 X-212.7229 Y1537.885 I-111.8729 J0.001
    G1 X-398.399
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    X-417.449
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    X-814.512
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    G3 X-1101.745 Y1426.2378 I18.0525 J-111.8108
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    G0 Z17.78
    X-753.9987 Y843.0378
    Z8.9248
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    G2 Y842.4028 Z5.9248 J-0.635
    G1 Y841.7679 F1524
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    G1 X-425.838 Y841.1379 F2000
    Z9.5123
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    X-814.512
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    X-753.9987 Y843.0378
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    X-814.512
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    G3 X-1101.745 Y1426.2378 I18.0525 J-111.8108
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    X-753.9987 Y843.0378
    Z7.9248
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    G1 Y841.7679 F1524
    G17 G3 X-753.3636 Y841.1329 I0.635
    G1 X-425.838 Y841.1379 F2000
    Z9.5123
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    G3 X-104.775 Y940.3376 I-0.0022 J115.8748
    G1 Y1173.575
    Z9.5123
    Y1192.625
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    G3 X-212.7229 Y1537.885 I-111.8729 J0.001
    G1 X-398.399
    Z9.5123
    X-417.449
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    X-795.462 F2000
    Z9.5123
    X-814.512
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    X-1006.5389 F2000
    G3 X-1101.745 Y1426.2378 I18.0525 J-111.8108
    G1 Y1189.735
    Z9.5123
    Y1170.6851
    Z3.9248 F762
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    G3 X-1006.93 Y841.129 I94.816 J1.7463
    G1 X-819.582 Y841.1318
    Z9.5123
    X-800.532 Y841.1321
    Z3.9248 F762
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    G3 X-752.7286 Y841.7679 J0.635 F1524
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    G0 Z17.78
    X-753.9987 Y843.0378
    Z7.9248
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    Z3.7973
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    G17 G3 X-753.3636 Y841.1329 I0.635
    G1 X-425.838 Y841.1379 F2000
    Z9.5123
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    G3 X-212.7229 Y1537.885 I-111.8729 J0.001
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    X-814.512
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    G3 X-1006.93 Y841.129 I94.816 J1.7463
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    G3 X-752.7286 Y841.7679 J0.635 F1524
    G1 Y842.4029
    G19 G3 Y843.0379 Z3.7973 K0.635
    G0 Z27.94

    (Operation 5 of 5 : 2D Contour4)

    G54
    S20000 M3
    X-603.8698 Y1704.25
    Z27.94
    Z15.2
    G1 Z11.835 F300
    G2 Y1703.615 Z11.2 J-0.635
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    G1 X-0.0001 Y1702.355 F2000
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    G2 X0 Y-3.175 I-3.175
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    X-603.8698
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    X-603.8698
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    Z2.2 F300
    X-1206.5299 Y-3.193 F2000
    G2 X-1209.705 Y-0.018 I-0.0001 J3.175
    G1 Y273.654
    Z7.9375
    Y292.704
    Z2.2 F300
    Y840.047 F2000
    Z7.9375
    Y859.097
    Z2.2 F300
    Y1406.4449 F2000
    Z7.9375
    Y1425.495
    Z2.2 F300
    Y1699.16 F2000
    G2 X-1206.53 Y1702.335 I3.1749
    G1 X-914.4191 Y1702.3398
    Z7.9375
    X-895.369 Y1702.3402
    Z2.2 F300
    X-603.2348 Y1702.345 F2000
    G3 X-602.5998 Y1702.98 J0.635 F600
    G1 Y1703.615
    G19 G3 X-602.5999 Y1704.25 Z2.835 K0.635
    G0 Z17.78
    X-603.8698
    Z12.7
    G1 Z4.7 F300
    Z2.2225
    G2 Y1703.615 Z1.5875 J-0.635
    G1 Y1702.98 F600
    G17 G3 X-603.2348 Y1702.345 I0.635
    G1 X-311.156 Y1702.3499 F2000
    Z7.9375
    X-292.106 Y1702.3501
    Z1.5875 F300
    X-0.0001 Y1702.355 F2000
    G2 X3.175 Y1699.1801 I0.0001 J-3.1749
    G1 Y1425.505
    Z7.9375
    Y1406.455
    Z1.5875 F300
    Y859.115 F2000
    Z7.9375
    Y840.065
    Z1.5875 F300
    Y292.722 F2000
    Z7.9375
    Y273.672
    Z1.5875 F300
    Y0 F2000
    G2 X0 Y-3.175 I-3.175
    G1 X-292.106 Y-3.1794
    Z7.9375
    X-311.1559 Y-3.1797
    Z1.5875 F300
    X-895.369 Y-3.1884 F2000
    Z7.9375
    X-914.4189 Y-3.1887
    Z1.5875 F300
    X-1206.5299 Y-3.193 F2000
    G2 X-1209.705 Y-0.018 I-0.0001 J3.175
    G1 Y273.654
    Z7.9375
    Y292.704
    Z1.5875 F300
    Y840.047 F2000
    Z7.9375
    Y859.097
    Z1.5875 F300
    Y1406.4449 F2000
    Z7.9375
    Y1425.495
    Z1.5875 F300
    Y1699.16 F2000
    G2 X-1206.53 Y1702.335 I3.1749
    G1 X-914.4191 Y1702.3398
    Z7.9375
    X-895.369 Y1702.3402
    Z1.5875 F300
    X-603.2348 Y1702.345 F2000
    G3 X-602.5998 Y1702.98 J0.635 F600
    G1 Y1703.615
    G19 G3 X-602.5999 Y1704.25 Z2.2225 K0.635
    G0 Z27.94

    G53 Z-10
    M5
    G4 P1.0
    G53 X-10 Y-10
    M30
    %
     
  2. sharmstr

    sharmstr OpenBuilds Team
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    So, the issue you are having is with simulation only?

    From Peter in another thread

    "Correct, the simulator isnt clever enough for G2/3s sometimes, it just jumps from start-to-end points.
    Will run fine though"

    There are many of us using Fusion360 with the Swarfer post processor and I'm even using those with my BlackBox without issue. Have you tried to actually run the program? Do it without a tool in the spindle if you're worried.
     
    David the swarfer likes this.
  3. sharmstr

    sharmstr OpenBuilds Team
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  4. thatguypeter

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    I didn't run the SIM program in real time since the SIM wasn't working. I will try it without a bit in it.
     
  5. sharmstr

    sharmstr OpenBuilds Team
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  6. thatguypeter

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    OK..just tested it..It work great on the actual run! Everything went well! The only issue now is to get it to go to my "set to zero position" for all axis. It doesn't remember the coordinates when I save it in the main panel. This is really critical for repeated cuts and doing the other side of the board. I can't get it to start from the set zero positions. I added the G92 X0 Y0 Z0 but it doesn't work.

    Peter
     
  7. NthAxisWorkshop

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    The tool is ascribed two coordinate positions in CNC, absolute coordinates and relative coordinates (whatcha call machine and work coordinates). When you "set zero", you're setting the starting work coordinates for that job. All gcode is executed relative to that start "work" coordinate (barring an offset). To get to the same spot at the start of every run, you need to click "go to zero" before every job. There is a caveat. If at anytime you've lost steps / position throughout the previous job, it will not return to the exact spot. It will be off. The only way to ensure it gets to the same spot every time is to "home" first, but, when you home your zero is supplanted with "home" zero (absolute). The trick is to jot down your absolute coordinates as a backup, and " gotozero" after you home (mindful of z height), it'll jog to those coordinates. That'll get you to the same spot pretty much every time. Then your coordinates'll be coordinated.
    - Clear as mud? -
     
    #7 NthAxisWorkshop, May 10, 2019
    Last edited: May 10, 2019
  8. thatguypeter

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    So I have to call the "set zero" work coordinates manually every times before a job right?? OK..I can do that..I am just was used to having it go to my "set zero" running a Marlin CNC..it would do that at the beginning of the job. I do have limits switches on the machine..I did test it with a "Home" call out and then a "Go to Zero" afterward and it work every time manually.

    Does the Black Box software remember or store the "Set Zero" after it off? I can't get it to go to the same location after every power off and on..I have to reset it manually with the coordinates written on my spoiler board..

    Peter
     
  9. NthAxisWorkshop

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    Well, you only set zero once for a particular work piece. As for saving work zero after a power cycle...I'm pretty sure it does. When you click "setzero" in Openbuilds Control (G10 P1 L20 X0 Y0 Z0), it stores your absolute coordinates in P1 (G54). That will stay in the eeprom until it's overwritten or reset. Come to think about it, you also have 5 more work "presets" (called offsets). You home first, jog to where you want a preset to be and then you would store them with the same gcode line, just substitute the "P1" part with "P2" or "P3" and so on. When you need them, you call them at the start of your program with G54, G55, G56 and so on (respectively).
     
  10. sharmstr

    sharmstr OpenBuilds Team
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    "So I have to call the "set zero" work coordinates manually every times before a job right?? " No you dont have to. You only want to do this if your work coordinates have change since the last job.

    "Does the Black Box software remember or store the "Set Zero" after it off?" Yes

    "I can't get it to go to the same location after every power off and on" Are you homing first?

    Be aware that when you rehome, the dros will show how far you are away from where you set your work coordinates. It will not show you 0,0,0. I only mention this because I see people on here get confused by that. This doesnt sound like your issue, but thought I'd throw it out there just in case.
     
  11. Alex Chambers

    Alex Chambers Master
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    Note - please "upload file" rather than pasting the text - it causes havoc with my phone when you do that.:D
    Glad to see you are getting sorted.
    Alex. :):)
     
  12. thatguypeter

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    Thanks for the all the help guys. I will start the real first cut on this huge machine today. I am hoping to get the boat done in 1-2 months. I will post picture for those who might want to see it.

    Peter
     
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  13. thatguypeter

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    I ran the real program this morning and it not cutting right. It's cutting in the air above the stock material. I ran the SIM in Fusion and it set right and cutting into the material as programmed. I did an auto home and then set my zero position to where it should start from, so everything is set at zero and the program run and goes to the first cutting position, but its raised the Z to 27MM up and cuts in the air...

    What am I doing wrong?

    Peter
     

    Attached Files:

  14. sharmstr

    sharmstr OpenBuilds Team
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    Your code is telling it to do that. Double check that your setup in fusion and make sure your work origin matches where you set your Z0. If I were to guess, you have Z0 in fusion set to bottom of stock and your Z0 on the machine set to top of stock. Cant say for sure without more info. If you want to give me access to your fusion file, I'll be happy to look at it for you. Send me a DM and I'll give you my info.
     
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  15. thatguypeter

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    Its still cutting above the material. I check the Z0 and its set at the lower left corner of the stock top. How do I send to the front hood fusion section to look at?
     
  16. Alex Chambers

    Alex Chambers Master
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    @sharmstr was suggesting that you start a conversation with her so that she could tell you how to share your Fusion folder with her - as its stored in the cloud you can give her permission to access your files. Alternatively you could EXPORT your file from fusion as an archive file - *.f3d (save to your computer) and then upload it to a post here.
    Alex.
     
  17. thatguypeter

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    OK..here is the .f3d file for the front hood of the boat. I didn't had this issue with the Lowrider 2 CNC. I cut most of the main parts on it out already and had no problem with a Marlin program setup, but the machine was very problematic and not very rigid,..I had to constantly monitor it and fix it. This machine is more rigid and accurate....super fast too..when it does touch the material and start to cut into it...it has no problem doing it..well it routed out the outline and I got a template of what needs to be cut out. I can use a hand router to finish the rest of the hood.

    I just need to final out what I am doing wrong with the GRBL setup and learn from it..also if I need to make changes in Fusion 360 for machining with GRBL or not..

    Any help would be much appreciated!

    Peter
     

    Attached Files:

  18. sharmstr

    sharmstr OpenBuilds Team
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    It seems to post fine for me. I even tried 5 other post processors and they all start at Z10.16

    Code:
    X-853.98334 Y674.06421
    Z10.16
    X-853.98334 Y674.06421 Z10.16
    X-853.98334 Y674.06421 Z3.175
    G1 X-853.98334 Y674.06421 Z2.016 F1524
    X-853.98334 Y674.06421 Z-0.6985
    X-853.99896 Y674.04578 Z-0.81999
    X-854.04345 Y673.99328 Z-0.923
    X-854.11004 Y673.91471 Z-0.99182
    X-854.1886 Y673.82202 Z-1.016
    X-854.20917 Y673.79779 Z-1.016
    Even if I set the origin to the bottom of the stock, it starts at Z22.86 so that's not it.

    I dont know if I'm gong to be able to explain why It posts fine for me and not for you. So, I started digging into the design. I was able to get similar Z values if I rolled your design back a few extrusions. Is it possible you posted a few times and loaded a previous gcode file and not the latest one? Just a guess.
     

    Attached Files:

  19. thatguypeter

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    Can you tell what post processing script you used. I used the Stroom one and my Z start is higher then your... I think it was at 15.10..on the Fusion Sim it run perfectly, once I post it and run it in GRBL it's running in the air..

    Peter
     
  20. sharmstr

    sharmstr OpenBuilds Team
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    The swarfer version of the stroom post: swarfer/GRBL-Post-Processor which by the looks of it, is the one you used

    Can you double click on your setup and resave, regenerate your tool paths, then repost? I remember a long time ago having a similar issue and Fusion hadnt updated my setup after I made a design change.
     
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  21. thatguypeter

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    It's finally running right! I had setup the "Front Hood" as a brand new process. Its only work after I created new tool paths for all the cuts and selected the material as the "Model Body", then it work perfectly.

    Thank you everyone for the support, I thinking about changing the X axis design to the open build C Beam double carriage and spindle setup...there to much flex going on with my current setup on the Z axis. Its cutting 2MM multiple passes without issue, however when I sent it to 3MM depth it's causing to much skips on the belt. Feed rate at 2000mm/min.

    Peter
     
    sharmstr likes this.
  22. sharmstr

    sharmstr OpenBuilds Team
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    Excellent. Sorry it took me forever to remember that I had that weird no update issue a few years ago. LOL.
     
  23. David the swarfer

    David the swarfer OpenBuilds Team
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    Marlin does not work at all like GRBL does. Forget that and learn the GRBL way'
    Yes indeed GRBL (the software on the blackbox) will remember your work offsets through power outs. I have never had a problem restarting a job after a power failure, something that happens often here in Africa.
     
    Peter Van Der Walt likes this.
  24. Peter Van Der Walt

    Peter Van Der Walt OpenBuilds Team
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    Keep in mind between each job, the material will just be in a slightly different spot or a slightly different height. ZERO = Where's the Material. HOME = where's the machine. Two different things :)
     

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