Toolpath help please (Integrex)

[DavidB]

I have a job I want machine a 15 degree angle on the front face.

What I want to do is, set the Upper turret B axis to 15 degrees move in on the face and the C-axis rotate 360° milling a groove.

 

I have made the T/C plane but I'm not getting the desired effect, using contour or c-axis face contour.

 

I am stuck

[crazy^millman]

David did you use Contour with rotary axis and C axis as the rotary? Should work fine for your application. Well it does not work.

 

 

I had to create the circle. Will have to use vector line probably would use 35 lines every 10 deg apart, but will notice the B will move .001 to .005 degree if you use vectors if you want depth of cut capabilities.

 

 

Another way to do it is create a line then use curve 5 axis with a side tilt angle of -15 degrees. I used a .00005 filter and it worked great here is the code, but can not use depth of cut this way.

 

code:

---

(PROGRAM NAME - T)

(CUSTOMER - ADD CUSTOMER)

(PART NUMBER - Machine Group-1)

(MODEL # - Machine Group-1.CATPART)

(PROGRAMMER - RON

(DATE - JUN-16-2008)

(TIME - 4:03 PM)

(PROGRAM REV - N/C)

(POST LICENSE - V&M PRECISION)

(T235 | 1/4 FLAT ENDMILL | EIA SUFFIX - 0. | MAZATROL SUFFIX - .00)

G20 G49 G69 G80 G40 G18 G90 G94

M205

 

N1

(T235 | 1/4 FLAT ENDMILL | EIA SUFFIX - .00 | MAZATROL SUFFIX - .00)

G20 G10.9 X0

G91 G30 P3 X0.

G30 P3 Z0.

T235.00 T235 M06

G91 G30 P3 X0. Z0.

G90

M200

M212

G94 G0 G54 C0.

M108

G0 B15.

G0 G43.4 X4.0353 Y0. Z3.8637

X3.0259 Z.0966

G1 X3. Z0. F6.418

Y-.001 C1.9282

X2.9999 Y-.0014 C3.8472

C5.7571

Y-.0011 C7.6617

X2.9998 Y-.0006 C9.5614

Y.0001 C11.4599

Y.0007 C13.3575

X2.9999 Y.0012 C15.2577

Y.0014 C17.1635

X3. Y.0013 C19.0758

Y.0008 C20.9962

Y-.0003 C22.9262

Y-.0011 C24.8519

X2.9999 Y-.0014 C26.7688

C28.6767

X2.9998 Y-.001 C30.5791

Y-.0004 C32.4778

Y.0002 C34.3766

Y.0008 C36.2752

X2.9999 Y.0013 C38.1773

Y.0015 C40.0842

X3. Y.0013 C41.9971

Y.0006 C43.9193

Y-.0005 C45.8499

Y-.0012 C47.774

X2.9999 Y-.0015 C49.6892

Y-.0013 C51.5962

X2.9998 Y-.0009 C53.4981

Y-.0003 C55.3966

Y.0004 C57.2951

Y.0009 C59.1945

X2.9999 Y.0013 C61.0972

Y.0014 C63.0054

X3. Y.0012 C64.9214

Y.0004 C66.8459

Y-.0007 C68.7769

Y-.0013 C70.6977

X2.9999 Y-.0014 C72.6104

Y-.0012 C74.5158

X2.9998 Y-.0008 C76.417

Y-.0001 C78.3153

Y.0005 C80.213

Y.001 C82.1133

X2.9999 Y.0014 C84.0173

C85.9273

X3. Y.001 C87.8447

Y.0001 C89.772

Y-.0009 C91.7014

X2.9999 Y-.0014 C93.6203

C95.5322

Y-.0011 C97.436

X2.9998 Y-.0006 C99.3357

Y0. C101.2335

Y.0006 C103.1307

X2.9999 Y.0011 C105.0316

Y.0014 C106.9369

C108.8475

X3. Y.0009 C110.7672

Y-.0001 C112.6965

Y-.001 C114.6241

X2.9999 Y-.0014 C116.5415

C118.4504

X2.9998 Y-.001 C120.3531

Y-.0005 C122.2534

Y.0001 C124.1508

Y.0007 C126.0494

X2.9999 Y.0012 C127.9511

Y.0014 C129.8576

X3. Y.0013 C131.7707

Y.0007 C133.6924

Y-.0004 C135.6224

Y-.0012 C137.5468

X2.9999 Y-.0014 C139.4617

Y-.0013 C141.3697

X2.9998 Y-.0009 C143.2722

Y-.0004 C145.1717

Y.0003 C147.0695

Y.0009 C148.968

X2.9999 Y.0013 C150.8689

Y.0015 C152.7756

X3. Y.0012 C154.6902

Y.0005 C156.614

Y-.0006 C158.5459

Y-.0013 C160.4685

X2.9999 Y-.0015 C162.3828

Y-.0013 C164.2893

X2.9998 Y-.0008 C166.1911

Y-.0002 C168.0898

Y.0004 C169.9874

Y.001 C171.887

X2.9999 Y.0014 C173.7889

C175.6976

X3. Y.0011 C177.6137

Y.0003 C179.5396

Y-.0008 C181.4707

Y-.0013 C183.3907

X2.9999 Y-.0014 C185.3025

Y-.0012 C187.2075

X2.9998 Y-.0007 C189.1081

Y-.0001 C191.0067

Y.0005 C192.9043

X2.9999 Y.0011 C194.8043

Y.0014 C196.7091

C198.6188

X3. Y.001 C200.5372

Y0. C202.4654

Y-.001 C204.3932

X2.9999 Y-.0014 C206.3119

C208.222

Y-.0011 C210.1252

X2.9998 Y-.0006 C212.0255

Y.0001 C213.9232

Y.0007 C215.8215

X2.9999 Y.0012 C217.7212

Y.0014 C219.626

X3. C221.5373

Y.0008 C223.4572

Y-.0002 C225.3873

Y-.0011 C227.3132

X2.9999 Y-.0014 C229.2293

C231.1378

X2.9998 Y-.001 C233.0408

Y-.0004 C234.94

Y.0002 C236.8384

Y.0008 C238.7374

X2.9999 Y.0013 C240.639

Y.0015 C242.5449

X3. Y.0013 C244.4585

Y.0006 C246.3801

Y-.0005 C248.3111

Y-.0012 C250.235

X2.9999 Y-.0015 C252.1496

Y-.0013 C254.0566

X2.9998 Y-.0009 C255.958

Y-.0003 C257.8572

Y.0003 C259.7551

Y.0009 C261.6535

X2.9999 Y.0013 C263.5552

Y.0014 C265.4633

X3. Y.0012 C267.3784

Y.0004 C269.3029

Y-.0007 C271.2344

Y-.0013 C273.156

X2.9999 Y-.0014 C275.068

Y-.0012 C276.9734

X2.9998 Y-.0008 C278.8751

Y-.0002 C280.7731

Y.0005 C282.6716

Y.001 C284.5705

X2.9999 Y.0014 C286.4734

C288.3828

X3. Y.0011 C290.299

Y.0002 C292.2262

Y-.0009 C294.1553

X2.9999 Y-.0014 C296.0752

C297.9861

Y-.0012 C299.8903

X2.9998 Y-.0006 C301.7902

Y0. C303.688

Y.0006 C305.586

X2.9999 Y.0011 C307.486

Y.0014 C309.3901

C311.3017

X3. Y.0009 C313.2201

Y-.0001 C315.1502

Y-.001 C317.0774

X2.9999 Y-.0014 C318.9955

C320.9056

X2.9998 Y-.0011 C322.8093

Y-.0005 C324.7091

Y.0001 C326.6072

Y.0007 C328.506

X2.9999 Y.0012 C330.4073

Y.0014 C332.3135

X3. Y.0013 C334.2253

Y.0007 C336.1467

Y-.0004 C338.078

Y-.0011 C340.003

X2.9999 Y-.0014 C341.9188

Y-.0013 C343.8264

X2.9998 Y-.001 C345.7285

Y-.0004 C347.6272

Y.0003 C349.5249

Y.0009 C351.4236

X2.9999 Y.0013 C353.3251

Y.0015 C355.2314

X3. Y.0012 C357.1453

Y.0005 C359.069

Y0. C0.

G0 X3.0259 Z.0966

X4.0353 Z3.8637

G49

G91 G30 P3 X0.

G30 P3 Z0. M05

G90

M01

G30 P3 Y0.

M30

 

 

---

HTH

 

[ 06-16-2008, 07:16 PM: Message edited by: Crazy^Millman ]

[crazy^millman]

David you got mail.

 

HTH

[heavychevy2155]

Could you use a face grooving tool?

[gcode]

You can also draw 2 circles

1 is C/l of tool tip

the other is C/L of tool 1" up.

Then use 5X swarf (chains) and no cutter comp

with rotary set to C axis.

This works very well on 5X mills,

I've never had the chance to try it on a

mill turn.

[DavidB]

Crazy this is the same toolpath you show with my post.

code:

---

 N1

(T235 | 1/4 FLAT ENDMILL | LEN. - 235. | DIA. - 235.)

(S15 DEG SIDE ANGLE)

(TOOLPATH GROUP - TOOLPATH GROUP-1)

G122.1

M901

M200

T235 M6 D235

G28 U0. V0. W0.

G97 S2139 M203

M248

G52.5 (MAZATROL COORDINATE SYSTEM CANCEL)

G10 L12 P[#51999] R[#[61000+#3020]/2] (TOOL RADIUS)

G10 L10 P[#51999] R#[60000+#3020] (TOOL LENGTH)

(WORK OFFSET G54 DATA SETTING)

G10 L2 P1 X#50700 (WORK OFFSET G54 X__)

G10 L2 P1 Y0.0 (WORK OFFSET G54 Y0.0)

#3200=3 (Z AXIS PARAMETER ROW OF S23)

#500=[#3223/100000] (#500 CAPTURES Z IN S23 PARAMETER)

G10 L2 P1 Z[#9101+[#500]] (WORK OFFSET G54 Z__)

G10 L2 P1 C#9102 (WORK OFFSET G54 C__)

G10 L2 P1 B0.0 (WORK OFFSET G54 B0.0)

G54

M250 M212

G98 G0 B15. C0.

G0 X4.0353 Z3.8637 G43.4 H235

Y0.

G99 G1 X3.0259 Z.0966 F.4675

X3. Z0. F.003

G93 Y-.001 C1.9282 F63.5622

X2.9999 Y-.0014 C3.8472 F63.8716

C5.7571 F64.1769

Y-.0011 C7.6617 F64.355

X2.9998 Y-.0006 C9.5614 F64.5202

Y.0001 C11.4599 F64.5649

Y.0007 C13.3575 F64.5926

X2.9999 Y.0012 C15.2577 F64.5044

Y.0014 C17.1635 F64.3136

X3. Y.0013 C19.0758 F64.0969

Y.0008 C20.9962 F63.8247

Y-.0003 C22.9262 F63.5022

Y-.0011 C24.8519 F63.6457

X2.9999 Y-.0014 C26.7688 F63.9394

C28.6767 F64.2467

X2.9998 Y-.001 C30.5791 F64.43

Y-.0004 C32.4778 F64.5536

Y.0002 C34.3766 F64.5525

Y.0008 C36.2752 F64.5593

X2.9999 Y.0013 C38.1773 F64.4407

Y.0015 C40.0842 F64.2789

X3. Y.0013 C41.9971 F64.0755

Y.0006 C43.9193 F63.7626

Y-.0005 C45.8499 F63.4807

Y-.0012 C47.774 F63.6997

X2.9999 Y-.0015 C49.6892 F63.9983

Y-.0013 C51.5962 F64.2772

X2.9998 Y-.0009 C53.4981 F64.4461

Y-.0003 C55.3966 F64.5604

Y.0004 C57.2951 F64.5642

Y.0009 C59.1945 F64.5317

X2.9999 Y.0013 C61.0972 F64.4218

Y.0014 C63.0054 F64.2328

X3. Y.0012 C64.9214 F63.9716

Y.0004 C66.8459 F63.6846

Y-.0007 C68.7769 F63.4719

Y-.0013 C70.6977 F63.8093

X2.9999 Y-.0014 C72.6104 F64.0826

Y-.0012 C74.5158 F64.3269

X2.9998 Y-.0008 C76.417 F64.4725

Y-.0001 C78.3153 F64.5681

Y.0005 C80.213 F64.5907

Y.001 C82.1133 F64.5002

X2.9999 Y.0014 C84.0173 F64.3771

C85.9273 F64.171

X3. Y.001 C87.8447 F63.9247

Y.0001 C89.772 F63.5928

Y-.0009 C91.7014 F63.5236

X2.9999 Y-.0014 C93.6203 F63.8717

C95.5322 F64.1096

Y-.0011 C97.436 F64.3855

X2.9998 Y-.0006 C99.3357 F64.5203

Y0. C101.2335 F64.5869

Y.0006 C103.1307 F64.6072

X2.9999 Y.0011 C105.0316 F64.4811

Y.0014 C106.9369 F64.3324

C108.8475 F64.1529

X3. Y.0009 C110.7672 F63.8459

Y-.0001 C112.6965 F63.5262

Y-.001 C114.6241 F63.5824

X2.9999 Y-.0014 C116.5415 F63.9245

C118.4504 F64.2096

X2.9998 Y-.001 C120.3531 F64.4206

Y-.0005 C122.2534 F64.5015

Y.0001 C124.1508 F64.6003

Y.0007 C126.0494 F64.5568

X2.9999 Y.0012 C127.9511 F64.457

Y.0014 C129.8576 F64.2912

X3. Y.0013 C131.7707 F64.0687

Y.0007 C133.6924 F63.7795

Y-.0004 C135.6224 F63.5017

Y-.0012 C137.5468 F63.6902

X2.9999 Y-.0014 C139.4617 F64.0089

Y-.0013 C141.3697 F64.2392

X2.9998 Y-.0009 C143.2722 F64.4267

Y-.0004 C145.1717 F64.53

Y.0003 C147.0695 F64.5837

Y.0009 C148.968 F64.5636

X2.9999 Y.0013 C150.8689 F64.4795

Y.0015 C152.7756 F64.2851

X3. Y.0012 C154.6902 F64.0181

Y.0005 C156.614 F63.7119

Y-.0006 C158.5459 F63.4385

Y-.0013 C160.4685 F63.7487

X2.9999 Y-.0015 C162.3828 F64.0285

Y-.0013 C164.2893 F64.2926

X2.9998 Y-.0008 C166.1911 F64.449

Y-.0002 C168.0898 F64.5581

Y.0004 C169.9874 F64.5911

Y.001 C171.887 F64.5253

X2.9999 Y.0014 C173.7889 F64.4478

C175.6976 F64.2177

X3. Y.0011 C177.6137 F63.9672

Y.0003 C179.5396 F63.6402

Y-.0008 C181.4707 F63.4652

Y-.0013 C183.3907 F63.8368

X2.9999 Y-.0014 C185.3025 F64.1137

Y-.0012 C187.2075 F64.3402

X2.9998 Y-.0007 C189.1081 F64.4916

Y-.0001 C191.0067 F64.5619

Y.0005 C192.9043 F64.59

X2.9999 Y.0011 C194.8043 F64.5122

Y.0014 C196.7091 F64.3481

C198.6188 F64.1864

X3. Y.001 C200.5372 F63.8906

Y0. C202.4654 F63.5614

Y-.001 C204.3932 F63.5762

X2.9999 Y-.0014 C206.3119 F63.8815

C208.222 F64.167

Y-.0011 C210.1252 F64.4032

X2.9998 Y-.0006 C212.0255 F64.5022

Y.0001 C213.9232 F64.5887

Y.0007 C215.8215 F64.5702

X2.9999 Y.0012 C217.7212 F64.5216

Y.0014 C219.626 F64.3488

X3. C221.5373 F64.1303

Y.0008 C223.4572 F63.8391

Y-.0002 C225.3873 F63.5004

Y-.0011 C227.3132 F63.6401

X2.9999 Y-.0014 C229.2293 F63.9677

C231.1378 F64.2213

X2.9998 Y-.001 C233.0408 F64.4113

Y-.0004 C234.94 F64.5398

Y.0002 C236.8384 F64.5649

Y.0008 C238.7374 F64.5461

X2.9999 Y.0013 C240.639 F64.4572

Y.0015 C242.5449 F64.3126

X3. Y.0013 C244.4585 F64.05

Y.0006 C246.3801 F63.7836

Y-.0005 C248.3111 F63.4692

Y-.0012 C250.235 F63.7067

X2.9999 Y-.0015 C252.1496 F64.0169

Y-.0013 C254.0566 F64.2748

X2.9998 Y-.0009 C255.958 F64.4644

Y-.0003 C257.8572 F64.5391

Y.0003 C259.7551 F64.5834

Y.0009 C261.6535 F64.5642

X2.9999 Y.0013 C263.5552 F64.4567

Y.0014 C265.4633 F64.235

X3. Y.0012 C267.3784 F64.0025

Y.0004 C269.3029 F63.6849

Y-.0007 C271.2344 F63.4551

Y-.0013 C273.156 F63.781

X2.9999 Y-.0014 C275.068 F64.1066

Y-.0012 C276.9734 F64.3276

X2.9998 Y-.0008 C278.8751 F64.4559

Y-.0002 C280.7731 F64.577

Y.0005 C282.6716 F64.5655

Y.001 C284.5705 F64.5461

X2.9999 Y.0014 C286.4734 F64.4143

C288.3828 F64.1949

X3. Y.0011 C290.299 F63.9638

Y.0002 C292.2262 F63.5949

Y-.0009 C294.1553 F63.5343

X2.9999 Y-.0014 C296.0752 F63.8401

C297.9861 F64.1408

Y-.0012 C299.8903 F64.37

X2.9998 Y-.0006 C301.7902 F64.5158

Y0. C303.688 F64.5848

Y.0006 C305.586 F64.5795

X2.9999 Y.0011 C307.486 F64.5133

Y.0014 C309.3901 F64.3723

C311.3017 F64.1198

X3. Y.0009 C313.2201 F63.8883

Y-.0001 C315.1502 F63.5025

Y-.001 C317.0774 F63.5934

X2.9999 Y-.0014 C318.9955 F63.9013

C320.9056 F64.1704

X2.9998 Y-.0011 C322.8093 F64.3847

Y-.0005 C324.7091 F64.5198

Y.0001 C326.6072 F64.5775

Y.0007 C328.506 F64.5504

X2.9999 Y.0012 C330.4073 F64.469

Y.0014 C332.3135 F64.3001

X3. Y.0013 C334.2253 F64.1141

Y.0007 C336.1467 F63.7872

Y-.0004 C338.078 F63.4619

Y-.0011 C340.003 F63.6705

X2.9999 Y-.0014 C341.9188 F63.9755

Y-.0013 C343.8264 F64.2563

X2.9998 Y-.001 C345.7285 F64.4399

Y-.0004 C347.6272 F64.5558

Y.0003 C349.5249 F64.59

Y.0009 C351.4236 F64.5537

X2.9999 Y.0013 C353.3251 F64.4602

Y.0015 C355.2314 F64.2996

X3. Y.0012 C357.1453 F64.0422

Y.0005 C359.069 F63.7109

Y0. C0. F131.6484

G99 X3.0259 Z.0966 F.4675

X4.0353 Z3.8637

G49

G69.5

G28 U0. Y0. M205

G28 W0.

M01

M30

 

(LOWER TURRET)

G109 L2

 

IF [#101 GT 0] GOTO #101

 

G28 U0. W0.

M30

---

Why would the Y and X axis move in your toolpath.

Wouldnt Y = 0 and X stay on the diameter?

 

 

This with gcodes method.

 

code:

---

 N1

(T1 | 1/2 FLAT ENDMILL | LEN. - 0. | DIA. - 0. )

(TOOLPATH GROUP - TOOLPATH GROUP-1)

G122.1

M901

M200

T1 M6 D000

G28 U0. V0. W0.

G97 S1069 M203

M248

G52.5 (MAZATROL COORDINATE SYSTEM CANCEL)

G10 L12 P[#51999] R[#[61000+#3020]/2] (TOOL RADIUS)

G10 L10 P[#51999] R#[60000+#3020] (TOOL LENGTH)

(WORK OFFSET G54 DATA SETTING)

G10 L2 P1 X#50700 (WORK OFFSET G54 X__)

G10 L2 P1 Y0.0 (WORK OFFSET G54 Y0.0)

#3200=3 (Z AXIS PARAMETER ROW OF S23)

#500=[#3223/100000] (#500 CAPTURES Z IN S23 PARAMETER)

G10 L2 P1 Z[#9101+[#500]] (WORK OFFSET G54 Z__)

G10 L2 P1 C#9102 (WORK OFFSET G54 C__)

G10 L2 P1 B0.0 (WORK OFFSET G54 B0.0)

G54

M250 M212

G98 G0 B21.8014 C0.

M211

G0 X3.9652 Z3.522 G43.4 H0

Y-.8562

G98 G1 X2.5725 Z.0402 F1000.

X2.554 Z-.0062 F6.418

X2.4688 Y-.739 Z-.0287

X2.3852 Y-.6195 Z-.0435

X2.3034 Y-.498 Z-.0504

X2.2238 Y-.3749 Z-.0495

X2.1465 Y-.2506 Z-.0408

X2.0718 Y-.1255 Z-.0243

X2. Y0. Z0.

G93 C2.3841 F77.115

C4.7682 F77.115

C7.1523 F77.115

C9.5364 F77.115

C11.9205 F77.115

C14.3046 F77.115

C16.6887 F77.115

C19.0728 F77.115

C21.457 F77.115

C23.8411 F77.115

C26.2252 F77.115

C28.6093 F77.115

C30.9934 F77.115

C33.3775 F77.115

C35.7616 F77.115

C38.1457 F77.115

C40.5298 F77.115

C42.9139 F77.115

C45.298 F77.115

C47.6821 F77.115

C50.0662 F77.115

C52.4503 F77.115

C54.8344 F77.115

C57.2185 F77.115

C59.6026 F77.115

C61.9868 F77.115

C64.3709 F77.115

C66.755 F77.115

C69.1391 F77.115

C71.5232 F77.115

C73.9073 F77.115

C76.2914 F77.115

C78.6755 F77.115

C81.0596 F77.115

C83.4437 F77.115

C85.8278 F77.115

C88.2119 F77.115

C90.596 F77.115

C92.9801 F77.115

C95.3642 F77.115

C97.7483 F77.115

C100.1325 F77.115

C102.5166 F77.115

C104.9007 F77.115

C107.2848 F77.115

C109.6689 F77.115

C112.053 F77.115

C114.4371 F77.115

C116.8212 F77.115

C119.2053 F77.115

C121.5894 F77.115

C123.9735 F77.115

C126.3576 F77.115

C128.7417 F77.115

C131.1258 F77.115

C133.5099 F77.115

C135.894 F77.115

C138.2781 F77.115

C140.6623 F77.115

C143.0464 F77.115

C145.4305 F77.115

C147.8146 F77.115

C150.1987 F77.115

C152.5828 F77.115

C154.9669 F77.115

C157.351 F77.115

C159.7351 F77.115

C162.1192 F77.115

C164.5033 F77.115

C166.8874 F77.115

C169.2715 F77.115

C171.6556 F77.115

C174.0397 F77.115

C176.4238 F77.115

C178.8079 F77.115

C181.1921 F77.115

C183.5762 F77.115

C185.9603 F77.115

C188.3444 F77.115

C190.7285 F77.115

C193.1126 F77.115

C195.4967 F77.115

C197.8808 F77.115

C200.2649 F77.115

C202.649 F77.115

C205.0331 F77.115

C207.4172 F77.115

C209.8013 F77.115

C212.1854 F77.115

C214.5695 F77.115

C216.9536 F77.115

C219.3377 F77.115

C221.7219 F77.115

C224.106 F77.115

C226.4901 F77.115

C228.8742 F77.115

C231.2583 F77.115

C233.6424 F77.115

C236.0265 F77.115

C238.4106 F77.115

C240.7947 F77.115

C243.1788 F77.115

C245.5629 F77.115

C247.947 F77.115

C250.3311 F77.115

C252.7152 F77.115

C255.0993 F77.115

C257.4834 F77.115

C259.8675 F77.115

C262.2517 F77.115

C264.6358 F77.115

C267.0199 F77.115

C269.404 F77.115

C271.7881 F77.115

C274.1722 F77.115

C276.5563 F77.115

C278.9404 F77.115

C281.3245 F77.115

C283.7086 F77.115

C286.0927 F77.115

C288.4768 F77.115

C290.8609 F77.115

C293.245 F77.115

C295.6291 F77.115

C298.0132 F77.115

C300.3974 F77.115

C302.7815 F77.115

C305.1656 F77.115

C307.5497 F77.115

C309.9338 F77.115

C312.3179 F77.115

C314.702 F77.115

C317.0861 F77.115

C319.4702 F77.115

C321.8543 F77.115

C324.2384 F77.115

C326.6225 F77.115

C329.0066 F77.115

C331.3907 F77.115

C333.7748 F77.115

C336.1589 F77.115

C338.543 F77.115

C340.9272 F77.115

C343.3113 F77.115

C345.6954 F77.115

C348.0795 F77.115

C350.4636 F77.115

C352.8477 F77.115

C355.2318 F77.115

C357.6159 F77.115

C0. F77.115

G98 X2.0718 Y.1255 Z-.0243 F6.418

X2.1465 Y.2506 Z-.0408

X2.2238 Y.3749 Z-.0495

X2.3034 Y.498 Z-.0504

X2.3852 Y.6195 Z-.0435

X2.4688 Y.739 Z-.0287

X2.554 Y.8562 Z-.0062

X3.9652 Z3.522 F1000.

G49

G69.5

G28 U0. Y0. M205

G28 W0.

M01

M30

 

(LOWER TURRET)

G109 L2

 

IF [#101 GT 0] GOTO #101

 

G28 U0. W0.

M30

 

---

Just wonder why it cant give a C360. F? after the lead in is finished?This is a lot closer to what I think it should be?

 

Thanks

[Bruce Caulley]

David,

Are you using curve5? If so the code relates to the positions of the vectors. I have had some luck filtering this, but stopped doing that after picking up a couple of problems with vericut. That wasn't on an integrex though.

 

Bruce

[DavidB]

Gcodes example was a 5-Axis swarf

[gcode]

David,

I just noticed than all the C moves are

inverse time feedrate (G93). If you cut them out it will screw up your feed rate.