cnc turning simulation
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Okuma machine M-codes List:- M00 Program Stop M01 Optional Stop M02 End of Program M03 Spindle CW M04 Spindle CCW M05 S... -
List of M-codes commonly found on Fanuc and similarly designed controls Code Description Milling ( M ) Turning ( T ) Corollary info M00 Co...
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Getting familiar with keyboard shortcuts not only help you get the work done faster, but also more efficient. If your daily job relies heavi... -
Threading:- Out of different fastening process threading is one. This process is widely used because it doesn’t join two parts permanently g... -
Fanuc Machine G code M codes:- Fanuc M Codes control the overall machine, causing it to stop, start, turn on coolant, etc. Where other codes... -
Okuma G code List:- G00 Positioning G01 Linear Interpolation G02 Circular Interpolation (CW) G03 Circular Interpolation ... -
G71 Compound fixed thread cutting cycle: Longitudinal [Command format] G71 X_ Z_ A_ B_ D_ U_ H_ L_ E_ F_ J_ M_...
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Spiral interpolation G02.1 G03.1 Command G02.1 and G03.1 provide such an interpolation that the startin... -
List of G-codes commonly found on Fanuc and similarly designed controls Code Description Milling ( M ) Turning ( T ) Corollary info G00 Rapi...
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Multiple Thread Cutting Cycle G76 :- G76P (m) (r) (a) Q ( Δ d min) R (d); G76X (u) _ Z(W) _ R(i) P(k) Q(?d) F(L) ; m = ...
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That is cool that you can see what your finished CNC project will look like before you actually do it. That would help you tweak the design without using a lot of time and money messing up on the real thing. Great video showing how this is done on the computer. Thanks for sharing it with everyone. http://hargo.com.au/our-work/cnc-turning-services/
G0 X90.0 Z2.0
G96 S250
(*** START OF ROUGHING SEQUENCE ***)
G0 X94.6 Z4.2
G0 X92.6 Z-446.8
G1 X90.6 Z-447.8 F0.25
G3 X86.6 Z-445.8 I0.0 K2.0
G1 X86.6 Z2.2 F1.0
G0 X90.6 Z3.2
G0 X88.6 Z-429.6
G1 X86.6 Z-430.6 F0.25
G3 X82.6 Z-428.6 I0.0 K2.0
G1 X82.6 Z2.2 F1.0
G0 X86.6 Z3.2
G0 X88.6 Z-429.414
G1 X86.6 Z-430.414 F0.25
G1 X82.6 Z-430.414
G3 X78.6 Z-428.414 I0.0 K2.0
G1 X78.6 Z2.2 F1.0
G0 X82.6 Z3.2
G0 X84.6 Z-428.531
G1 X82.6 Z-429.531 F0.25
G1 X78.6 Z-429.531
G3 X74.6 Z-427.531 I0.0 K2.0
G1 X74.6 Z2.2 F1.0
G0 X78.6 Z3.2
G0 X80.6 Z-427.649
G1 X78.6 Z-428.649 F0.25
G1 X74.6 Z-428.649
G3 X70.6 Z-426.649 I0.0 K2.0
G1 X70.6 Z2.2 F1.0
G0 X74.6 Z3.2
G0 X76.6 Z-426.766
G1 X74.6 Z-427.766 F0.25
G1 X70.6 Z-427.766
G3 X66.6 Z-425.766 I0.0 K2.0
G1 X66.6 Z2.2 F1.0
G0 X70.6 Z3.2
G0 X72.6 Z-425.884
G1 X70.6 Z-426.884 F0.25
G1 X66.6 Z-426.884
G3 X62.6 Z-424.884 I0.0 K2.0
G1 X62.6 Z2.2 F1.0
G0 X66.6 Z3.2
G0 X68.6 Z-425.001
G1 X66.6 Z-426.001 F0.25
G1 X62.6 Z-426.001
G3 X58.6 Z-424.001 I0.0 K2.0
G1 X58.6 Z2.2 F1.0
G0 X62.6 Z3.2
G0 X64.6 Z-424.119
G1 X62.6 Z-425.119 F0.25
G1 X58.6 Z-425.119
G3 X54.6 Z-423.119 I0.0 K2.0
G1 X54.6 Z2.2 F1.0
G0 X58.6 Z3.2
G0 X60.6 Z-423.236
G1 X58.6 Z-424.236 F0.25
G1 X54.6 Z-424.236
G3 X50.6 Z-422.236 I0.0 K2.0
G1 X50.6 Z2.2 F1.0
G0 X54.6 Z3.2
G0 X56.6 Z-422.353
G1 X54.6 Z-423.353 F0.25
G1 X50.6 Z-423.353
G3 X46.6 Z-421.353 I0.0 K2.0
G1 X46.6 Z2.2 F1.0
G0 X50.6 Z3.2
G0 X52.6 Z-421.471
G1 X50.6 Z-422.471 F0.25
G1 X46.6 Z-422.471
G3 X42.6 Z-420.471 I0.0 K2.0
G1 X42.6 Z2.2 F1.0
G0 X46.6 Z3.2
G0 X44.6 Z-117.8
G1 X42.6 Z-118.8 F0.25
G3 X38.6 Z-116.8 I0.0 K2.0
G1 X38.6 Z2.2 F1.0
G0 X42.6 Z3.2
G0 X44.6 Z-117.8
G1 X42.6 Z-118.8 F0.25
G1 X38.6 Z-118.8
G3 X34.6 Z-116.8 I0.0 K2.0
G1 X34.6 Z2.2 F1.0
G0 X38.6 Z3.2
G0 X40.6 Z-117.8
G1 X38.6 Z-118.8 F0.25
G1 X34.6 Z-118.8
G3 X30.6 Z-116.8 I0.0 K2.0
G1 X30.6 Z2.2 F1.0
G0 X34.6 Z3.2
G0 X36.6 Z-117.8
G1 X34.6 Z-118.8 F0.25
G1 X30.6 Z-118.8
G3 X26.6 Z-116.8 I0.0 K2.0
G1 X26.6 Z2.2 F1.0
G0 X30.6 Z3.2
(*** END OF ROUGHING SEQUENCE ***)
G96 S250
(*** START OF PROFILING SEQUENCE ***)
G0 X94.6 Z4.2
G0 X92.6 Z-446.8
G1 X90.6 Z-447.8 F1.0
G1 X82.6 Z-447.8 F0.438
G1 X82.6 Z-430.6 F1.0
G1 X40.45 Z-421.3 F0.439
G1 X40.45 Z-118.8 F1.0
G1 X25.6 Z-118.8 F0.438
G1 X25.6 Z2.2 F1.0
G1 X27.6 Z3.2
G0 X31.6 Z5.2
(*** END OF PROFILING SEQUENCE ***)
G96 S250
(*** START OF FINISHING SEQUENCE ***)
G0 X94.0 Z4.0
G0 X92.6 Z-447.0
G1 X90.6 Z-448.0 F0.25 S250
G1 X90.0 Z-448.0
G1 X82.0 Z-448.0 F0.438
G1 X82.0 Z-430.8 F1.0
G1 X39.85 Z-421.5 F0.439
G1 X39.85 Z-119.0 F1.0
G1 X25.0 Z-119.0 F0.438
G1 X25.0 Z2.0 F1.0
G1 X27.0 Z3.0
G0 X31.0 Z5.0
(*** END OF FINISHING SEQUENCE ***)
G0 X90.0 Z2.0
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