Macro in description.

@@CNCPL1 Thank you for this.

@@CNCPL1 Can you take a look at a reworking of your macro to see if it does the same job? (THREAD CUTTING MACRO - EXTERNAL WITH CHIP BREAKING); (PARAMETRIC INPUTS); #200=24.0 (DIAMETER OF THREAD); #201=3.0 (PITCH); #202=0.35 (DEPTH OF CUT IN DIAMETER); #203=50.0 (LENGTH OF THREAD); #204=3 (NUMBER OF FINISH PASSES); #205=20.5 (TOTAL DEPTH OF CUT); #206=30.0 (THREAD ANGLE - USE 30 FOR METRIC, 27.5 FOR INCH); (CALCULATED PARAMETERS); #210=TAN[#206] (TANGENT OF THREAD ANGLE); #211=[#200-#202] (MINOR DIAMETER); #212=#200+#201*2 (CLEARANCE DIAMETER); #213=FUP[#203/[#201*5]] (NUMBER OF PASSES); #214=#210*[[#212-#211]/2] (THREAD HEIGHT); #215=4.0 (START POSITION IN Z); #216=#200-#205 (FINAL THREAD DIAMETER); #217=FIX[[#200-#216]/#202] (NUMBER OF ROUGHING PASSES); N1 G54; G18 G99; G0 T0303; G97 S500 M3; G0 X#212 Z#215; (ROUGHING PASSES WITH CHIP BREAKING); #220=1 (PASS COUNTER); N10 (START OF ROUGHING LOOP); #221=[#211+[#217-#220]*#202] (CURRENT DIAMETER); G32 W-[#201*3-#214*2] F#201; G32 X#221 W-#214; G32 W-#201*2; G32 X#212 W-#214; G0 X#212; G0 Z#215; #220=#220+1; IF [#220 LE #217] GOTO 10; (FINISHING PASSES); #230=1 (FINISH PASS COUNTER); N20 (START OF FINISHING LOOP); G0 X#212 Z#215; G32 W-[#201*3-#214*2] F#201; G32 X#216 W-#214; G32 W-[#213*5*#201]; G32 X#212 W-#214; G0 X#212; G0 Z#215; #230=#230+1; IF [#230 LE #204] GOTO 20; G0 Z100.; G0 G28 U0 W0; M30; %

@@CNCPL1 I am planning on modifying it so it works with internal threads and then try it out on the machine. Unfortunately, I lack the software to backplot this. I'm really struggling with NCPlot at the moment!

@@CNCPL1 Here is your macro, modified for my machine (it has an inverted x-axis) and for internal thread... thank you for doing all the hardwork: (INTERNAL THREAD CUTTING MACRO WITH WAVE MOTION - INVERTED X-AXIS); (PARAMETRIC INPUTS); #200=30.0 (BORE DIAMETER); #201=3.0 (PITCH); #202=0.35 (DEPTH OF CUT IN DIAMETER); #203=50.0 (LENGTH OF THREAD); #204=3.0 (NUMBER OF FINISH PASSES); #205=20.5 (TOTAL DEPTH OF CUT); #206=30.0 (THREAD ANGLE - USE 30.0 FOR METRIC, 27.5 FOR INCH); ; (CALCULATED PARAMETERS); #210=TAN[#206] (TANGENT OF THREAD ANGLE); #211=-[#200+#202] (MAJOR DIAMETER); #212=-[#200-#201*2] (CLEARANCE DIAMETER); #213=FUP[#203/[#201*5]] (NUMBER OF PASSES); #214=#210*[[ABS[#211]-ABS[#212]]/2] (THREAD HEIGHT); #215=-4.0 (START POSITION IN Z); #216=-[#200+#205] (FINAL THREAD DIAMETER); #217=FIX[[ABS[#216]-#200]/#202] (NUMBER OF ROUGHING PASSES); ; N1 G54; G18 G99; G0 T0303; G97 S500 M3; G0 X#212 Z#215; ; (ROUGHING PASSES WITH WAVE MOTION); #220=1.0 (PASS COUNTER); N10 (START OF ROUGHING LOOP); #221=[#211+[#220-1.0]*#202] (CURRENT DIAMETER); #222=#215 (CURRENT Z POSITION); WHILE [#222 GT [#215-#203]] DO; G32 X#221 W-[#201*3.0] F#201; G32 X[#221+0.1] W-0.2; G32 X#212 W-0.2; G0 X#212; #222=[#222-[#201*3.0+0.4]]; G0 Z#222; END; G0 Z#215; #220=#220+1.0; IF [#220 LE #217] GOTO 10; ; (FINISHING PASSES WITH WAVE MOTION); #230=1.0 (FINISH PASS COUNTER); N20 (START OF FINISHING LOOP); #222=#215 (RESET CURRENT Z POSITION); WHILE [#222 GT [#215-#203]] DO; G32 X#216 W-[#201*3.0] F#201; G32 X[#216+0.05] W-0.2; G32 X#212 W-0.2; G0 X#212; #222=[#222-[#201*3.0+0.4]]; G0 Z#222; END; G0 Z#215; #230=#230+1.0; IF [#230 LE #204] GOTO 20; G0 Z100.0; M30; %

Hi. I think that should be ok for tread milling.

for this type of program I use parameterized, where I can make one key or more than one......

Garant 290354 6

In my other video theres is twisted Square. In comments there is code Just delete line G1H0.1 and You will have normal square

You have seen that one parameterized as a helical square, one more show!! obrigado pela dica e pela atenção!​@@CNCPL1

T202 (CHAMFERING TOOL) G0 G28 H0 G0 C0. G97 S2000 M3 G0 G98 Z-10. (CENTER OF HOLE IN Z AXIS) G0 X30. G1 X23. F500 G19 W0 H0 G07. 1 C13. (C IS HALF OF DIAMETER ON WHICH IS HOLE) G1 W-4. G3 W8. C0 R4. G3 W-8. C0 R4. G1 Z-10. G07. 1 C0 G18 V0 W0 G0 X50.

You need Y axis as well. There is no Y axis in program but machine is doing circles in Y axis

@@CNCPL1 grazie mille delle risposte. quindi non c'è un modo per farlo sul mio tornio?

Yes, You are right

Hi, at the end of video there is program or in description in full video on my channel.

I have never use siemens controller but if You can use G codes from this program You should be able to do it. YOU can find program in other comments.

Sir thanks a lot for your reply.. I have already seen your program. There is w and u is there. How is it configure I didn't know that and what chack speed giving for this in this program it is not there chack speed s?? Or it is given in cycle??

@@shaktigusai There is no S speed because machine is in milling mode and You use feed/minute. W is incremental movement.

Thanks a lot sir for your reply. I will try to make this cycle for Siemens controller from your fanuc controller cycle.

For that I have to take help for some person who is know to configure w in Siemens controller. Can you guide me to configure w

Narzekać nie można. Czasami się coś ciekawego trafi do zrobienia ale często jest monotonnie.

Excellent 👍

We got new CNC 4axis machine and I want to learn this type of programming

@@ammadshabbir1828 You need to get cam software to do it.

I'm working on fusion 360 but it's not purchased software. Is it possible to do on it

Zdarza się, przeważnie mocniejsza muza gra.

Siema. Program to Cimco. Całkiem ciekawy ale nie miałem za bardzo czasu żeby odkryć jego wszystkie zalety.

@@CNCPL1 Spoko już go pobrałem, teraz sprawdzę czy syntax Okumy na nim pójdzie.A jak nie to podszkole się w Fanucu i Marco z Fanuca zaadoptuje na sterowanie OSP Okumy

Probably akko svjcr 08

@@CNCPL1 thank u sir to reply

I found in internet used from 2020 year for 30k euro.

There is no Y axis in the program, but the program works with the Y axis. All XYZ and C axes work together.

@@CNCPL1 ok!

Hi. I dont have macro for chain gear. Sorry

Fix is for rounding down, for example if #113=13.4 then fix is rounding down to 13.

@@CNCPL1 Ah I understand, thanks for the information.... I just want to see if this resource the fanuc hi everything recognizes.... here I use something along these lines so that when it's a broken number, it does or accepts the broken number.. ex: IF[#101GT#103]THEN#101=#103 #101=25.0 #103=30.55

Siema. Cieszę się że się podoba kanał. Jestem z woj. Pomorskiego może kiedyś będzie nam dane się napic🍻

@@CNCPL1 Ja z Wielkopolski, może faktycznie kiedyś się trafi. Cóż, w takim razie idę dalej walczyć na swoich staruchach. 😃

Carmex

Program in other comments

Watch full video on my channel there is program

Hi. You need to have XYZ axis on Your machine. Use milling Mode and G17 and It should work.

@@CNCPL1 does not work, milling mode do you mean turning on spindle positioning? there is a command M25, XYZ on the machine. assumption that the machine does not want to move along the three main axes through circular intropolation G02 or G03

@@Sasha_DELAET Milling mode I mean that You need to turn on C axis. Maybe It can not go in 3 axis together but I think it should. I have try it on doosan and dmgmori

@@CNCPL1 I understand, thanks, yes, the C axis is enabled G17 is enabled, apparently it really can’t move along three axes, I think in the parameters it’s possible to enable movement along three axes somewhere, but I can’t find where to do it