the entire time i watched this video i thought it was a cnc crash video so i was just waiting for the crash to happen and it never did.. felt like i was gonna have an anxiety attack lol
Rather interesting piece as final. We did external turning, external grooving, external threading, center drilling, internal turning, internal grooving, internal threading, milling with C-axis. That covers pretty much most operations needed in normal workshop.
I think the people who talk about light cuts see too many train machining vids...This was a great combination of depth of cut and feed rate, providing great chip control, which can be harder when you go for deeper cuts and can always jump at you if the insert goes (a safe starting point for machines with limited power is 1-2 times the insert nose radius). The only thing I don't like is the spring passes, which although won't hurt too much on the leaded steel, but can really cause problems at the edge, especially without strictly sharp finishing insert geometries.
Nicely done. Having the second finish pass that essentially takes nothing is sometimes the result of how the controller reads the G71 X values. If you adjust the starting X point or the U value in the canned cycle you can eliminate the extra pass. It really makes no difference with one part but if you were making a large qty. run it saves a lot of time.
A G71 type 2 will always take an empty cut from what I've seen. It might be meant to cut the edges out that type 1 leaves but type 2 finishes those after each cut so the cleanup pass cuts air. Could save a little time by using type 1 when possible so it doesn't clean them up twice
@@SURASSUH I have since learned that the "empty" pass is an intermediate finish pass, you can program it so that it actually cuts material on that pass as well.
Good video, not sure why you faced the ball instead of turning it. With that much material hanging out of the Chuck. Turn the round parts off where you can. Sideload leads to a lot of dimensional problems, when you need to hold tolerances.
Agree. As deep a cut as the part can handle first, then increase the feed as much as possible. The speed is what wears out inserts. Deeper cuts increases wear very little, increased feed increases wear a little more.
@@tomislavmijatovic9369 deep cut slow feed technique brings too much heat to parts. I would take first 0,4mm per rev feed (with 0,8 TNR, more with bigger TNR) and then see how deep it could go
it depends on the machine and set up... I ran pony rods for frac pumps , mori sl45 3 jaw . clamped on 11" dia 3/4 depth on jaws parts 18" or so long.. used tailstock/center.. ran about .315 depth of cut to the side at .021 feed per rev. the flange area was 7/8 wide was the reason for clamping on 3/4" ...11" down to about 3.5" on dia. cycle time was under 15 minutes... guy running them before me only took .08 to the side and the cycle time was like 50 minutes...
Some moves were unnecessary, and that second finishing cut would have worked better on the surface if taken a bit deeper. At the end of the day it seemed to compensate cones and could improve measurement. If that threading tool exited the material before slanting up then its also fine. At 2:00 however it is clear why your school restricts depth of cut - any deeper and that G0 enter would cause issues. If that piece passed measuring and I had like 10 or less of those to do I would not waste time hand programming it in a different way.
Okuma are work horses. They repeat and keep repeating. I have nothing bad to say about okuma. Except they have a weird language. I cut my chops on okuma. One of the best in the business.
my suggestion for you is to turn the part from the front to back and do not face/back turn the radius on the front of the part. the radius could be turned easier and quicker by doing it all in one direction as an od turn. ref. X (dia + .02) z.1 G71 repetitive cycle G0 x; G1Z0; G3 X Z R; G2 X Z R; G1 X; G3 X Z R; G1 Z; X; Z; X Z;
Warum benutzt Du beim Schruppen nicht die ganze Wendeplatte? zumindest die ersten 4 oder 5 mm ? Dann noch V-konstant dazu ... und das Teil ist in weniger als 2 Minuten fertig! Why do not you use the entire insert when roughing? at least the first 4 or 5 mm? Then V-constant ... and the part is done in less than 2 minutes!
Ja auch einige unnötige Schritte. Die Halbkugel könnte man im längsschruppzyklus mitschruppen und beim Schlichten von unten rechts bis oben links in einem Durchzug verfahren . Und Vc runter und stadessen mehr ap. Dann kann man sicher Kaffe holen ohne Angst zu haben, dass die schruppplatte abraucht..
Menos avance de corte. El avance longitudinal, desgasta más la punta de tungsteno, que la velocidad circunferencial. Yo diría que utilices más profundidad de corte, misma velocidad del husillo, y menos avance longitudinal.
Amazing the number of CNC "experts" commenting here who do not understand the video title and its relationship to the project, or that this video is 3 years old. Jeez...
What was happening with the threading cycle at the end of the thread it seemed to jump before it reached the under cut.then dipped down into the under cut.
Do you happen to have the code & pic somewhere? If it's not inappropriate or even illegal to upload, I'd much apprecaite it. I need examples. If you can't deliver, I understand :)
I'm not sure what to say about this, i'm thinking that this is they way you were thought to cut a part on a lathe.... Very wrong.... But in the other hand if you programed this by hand I would hire you... I'd spend some time teaching you how to efficiently cut a part bit you clearly know what your doing.
well done! nice feedrate. they dont understand why there is no coolant? :-D ein paar amateure finden dieses video wohl schlecht weil kein kühlmittel durch die gegend spritzt, wer genau aufpasst wird allerdings bemerken dass er es abgeschaltet hat damit überhaupt etwas zu sehen ist. die vorschubraten sind optimal, die zustellung ist optimal, beim gewinde würde ich vielleicht anfangs etwas mehr zustellen. ansonsten perfekt und schön azusehen. fanuc steuerung?
der einzige Amateur bist anscheinend du :D ein gigantischer haufen Leerschnitte und scheiße verwendete Zyklen. Es wurde absolut keine Rückzugsebene oder ein Sicherheitsabstand beim 55grad stahl verwendet und die Zustellung ist viel zu gering.Wer sowas in einer Firma auf lange Sicht anwendet arbeitet nicht lange dort. Die Zustellung beum Gewindedrehen ist genau richtig weil er entlang einer Gewindeflanke zustellt. Scheint als müsstest du mal nen gescheiten Lehrmeister kriegen
why u use a vbmt 04 for 2 operations u can use a vbmt 08 and then you can finish with your tools and why u repass the finition tool that make the finish worst ans how about your groove finish you almost forget it and you have to chek your vc i found it too high
Cutting speed and feed are extremely high.Seems only for demo piece. For production batches, such cutting parameters will never maintain required tolerances
@@skylersanful Приветствую. Можно было канавку почистить, опустившись после резьбового диаметра на дно канавки VCMT пластиной и почистить левую стенку полность, а не так как на видео). И второй чистовой проход был какой то странный, вы прошли тем же размером из за чего поверхность стала похуже. А так...зачёт).
Coolant is not hiting the tool properly.. Even though the feed is high we can control the tool wear by providing more coolant to tool edge.. Poor turning program, chance for vibration too high..
Your OD roughing depth of cut makes me sad, lol. And your thread chamfer amount makes it do a funny little move at the back of thread. Unless you didn't actually want the thread to run out into that groove/undercut?
ZLY WEISIOR Yes I work a mazak nexus 450 and z is horizontal with the spindle then you have x and y but you don't need the y axis for this job. Not on my machine.
Hope you've grown out of those feeds!
I only program in metric but here goes (guessed sizes, assuming a 50mm bar)
G21 G40 G96 G96
G92 S2200
G00 X380. Z300. T0100
T0101 G96 S150 M03
X56. Z2. M08
G72 W1. R0.5
G72 P100 Q200 U0. W0.2 F0.3
N100 GOO Z0.
N200 GO1 X-0.8
GOO X50. Z3.
G71 U2. R0.5
G71 P300 Q400 U0.5 W0.1 F0.3
N300 G00 X30.
G01 Z-20. R3.
X40. C2.
Z-60.
X45. (NEEDS AN R TO DEBURR!)
Z-97.5
N400 X50. Z-100.
G00 X32. Z0.5
G72 W1. R0.5
G72 P500 Q600 U0.5 W0.1 F0.3
N500 G00 Z-15.
G01 X30.
G02 X0. Z0. R15.
N600 G01 Z0.5
G00 X380. Z300. T0200
T0202 G96 S200 M03
G00 X46. Z0. M08
Z--65.
G71 U1.5 R0.5
G71 P700 Q800 U0.5 W0. F0.15
N700 G01 X45.1 W0.
A200. X35.
Z-80. R4.
N800 X46.
G00 X50. Z0.
X30.
G42
G01 Z-20. R3. F0.1
X40. C2.
Z-60.
X45.
Z-65.
A200. X35.
Z-80. R4.
X45.
Z-97.5
X50. Z-100.
X60.
G40
G00 Z0.5
X32.
G41
G70 P500 Q600 F0.1
G40
G00 X380 Z300. T0300
T0303 G96 S180 M03
G00 X50. Z0. M08
Z-60.
G01 X36.1 F0.08
X42. F0.2
G00 Z-58.
G01 X36. F0.15
Z-60.
G00 X50. Z-59.
G00 X380. Z300. T0400
T0404 G97 S400 M03
X42. Z-15. M08
G76 P020060 Q100 R0.02
G76 X36.32 Z-59. R0. P1840 Q400 F3.
G00 X380. Z300. TO0100
M30
I should get a go pro for work :)
Edit cause i forgot to run a finishing cycle on the radius on the front :)
the entire time i watched this video i thought it was a cnc crash video so i was just waiting for the crash to happen and it never did.. felt like i was gonna have an anxiety attack lol
I knew I couldn't be the only one that read "fail" not "final".
Rather interesting piece as final. We did external turning, external grooving, external threading, center drilling, internal turning, internal grooving, internal threading, milling with C-axis. That covers pretty much most operations needed in normal workshop.
I think the people who talk about light cuts see too many train machining vids...This was a great combination of depth of cut and feed rate, providing great chip control, which can be harder when you go for deeper cuts and can always jump at you if the insert goes (a safe starting point for machines with limited power is 1-2 times the insert nose radius). The only thing I don't like is the spring passes, which although won't hurt too much on the leaded steel, but can really cause problems at the edge, especially without strictly sharp finishing insert geometries.
Slower RPM. Here's a tip. When you see sparks that means the insert is rounded due to higher speeds for that diameter of shifting.
most definitely too high of rpm.. the sparks flying show your burning up the insert..
Clean finish but you can take bigger cuts on each pass to save time with that carbide insert
Can'd Cycles!
Nice looking part.
nice job
Nicely done. Having the second finish pass that essentially takes nothing is sometimes the result of how the controller reads the G71 X values. If you adjust the starting X point or the U value in the canned cycle you can eliminate the extra pass. It really makes no difference with one part but if you were making a large qty. run it saves a lot of time.
A G71 type 2 will always take an empty cut from what I've seen. It might be meant to cut the edges out that type 1 leaves but type 2 finishes those after each cut so the cleanup pass cuts air. Could save a little time by using type 1 when possible so it doesn't clean them up twice
@@SURASSUH I have since learned that the "empty" pass is an intermediate finish pass, you can program it so that it actually cuts material on that pass as well.
Good video, not sure why you faced the ball instead of turning it. With that much material hanging out of the Chuck. Turn the round parts off where you can. Sideload leads to a lot of dimensional problems, when you need to hold tolerances.
I would go slower on the feed and speed and take deeper cuts instead
Agree. As deep a cut as the part can handle first, then increase the feed as much as possible. The speed is what wears out inserts. Deeper cuts increases wear very little, increased feed increases wear a little more.
@@Panzax1dečije pesme,
@@tomislavmijatovic9369 braca ako imas sta da kazes moras na engleskom,mislim da te ne razumeju
@@tomislavmijatovic9369 deep cut slow feed technique brings too much heat to parts. I would take first 0,4mm per rev feed (with 0,8 TNR, more with bigger TNR) and then see how deep it could go
poor lathe :( take deeper cuts and slow the feed rate
Brilliant job. I'm not keen on 3 jaws with a high feed rate but these tiny cuts are quite safe 👏🏻👍
it depends on the machine and set up... I ran pony rods for frac pumps , mori sl45 3 jaw . clamped on 11" dia 3/4 depth on jaws parts 18" or so long.. used tailstock/center..
ran about .315 depth of cut to the side at .021 feed per rev. the flange area was 7/8 wide was the reason for clamping on 3/4" ...11" down to about 3.5" on dia.
cycle time was under 15 minutes... guy running them before me only took .08 to the side and the cycle time was like 50 minutes...
1:58 it enters really hard
I just feel like they can't make up their mind 2:26
Feed is too high, cutting edge will wear off faster
Some moves were unnecessary, and that second finishing cut would have worked better on the surface if taken a bit deeper. At the end of the day it seemed to compensate cones and could improve measurement. If that threading tool exited the material before slanting up then its also fine. At 2:00 however it is clear why your school restricts depth of cut - any deeper and that G0 enter would cause issues. If that piece passed measuring and I had like 10 or less of those to do I would not waste time hand programming it in a different way.
yes that X rapid into part at 2:00 could cause a problem ...
AGAIN TH-cam? AFTER 4 YEARS U RECOMAND ME THIS? FUUUUUUUUUK
5 yrs later...
That's some mesmerizing shit right there! Especially at 2:33.
He has learned the lesson.
I am a lathe guy myself but all of the shops I've worked in have all had Okuma lathes and mills
Okuma are work horses. They repeat and keep repeating. I have nothing bad to say about okuma. Except they have a weird language. I cut my chops on okuma. One of the best in the business.
Why using chamfer out in threading cycle when U have groove? 2 high Vc, 2 low Ap, second finish pass only made finish worse.
Still not bad
my suggestion for you is to turn the part from the front to back and do not face/back turn the radius on the front of the part. the radius could be turned easier and quicker by doing it all in one direction as an od turn.
ref. X (dia + .02) z.1
G71 repetitive cycle G0 x; G1Z0; G3 X Z R; G2 X Z R; G1 X; G3 X Z R; G1 Z; X; Z; X Z;
give some coolant on cutting bit .pay mercy on bit
A for effort D for execution
g50 s3500
g96 s450 m03
that happens because g96 is too high
where is the coolant and lube?
M08 y m09
We made a similiar piece out of aluminium, only it was half of the size of this.
Hai bro video quality or sound super and Machine Programming man super and this components using work bro ?
Amazing bro
new insert slower rpm higher feed rate! haas st30?
Good job but cooling fluids missing!
Especially not cooling VBMT inserts! Crime!
Warum benutzt Du beim Schruppen nicht die ganze Wendeplatte?
zumindest die ersten 4 oder 5 mm ?
Dann noch V-konstant dazu ... und das Teil ist in weniger als 2 Minuten fertig!
Why do not you use the entire insert when roughing?
at least the first 4 or 5 mm?
Then V-constant ... and the part is done in less than 2 minutes!
Ja auch einige unnötige Schritte. Die Halbkugel könnte man im längsschruppzyklus mitschruppen und beim Schlichten von unten rechts bis oben links in einem Durchzug verfahren . Und Vc runter und stadessen mehr ap. Dann kann man sicher Kaffe holen ohne Angst zu haben, dass die schruppplatte abraucht..
decrease the feed speed man and keep away from resonance frequency !
G76 P020060 why you angle on exit of thread?
Butun takimlarin talasi az devri ilerleme hizi hizli oldugu icin elmmas ucu yanio
Capo mi profe fantone
Étonnant de prendre la passe par en haut !
curious to see the whole program and what software was used.
It was probably hand written utilizing G71, G72, G70, you don't need CAM programs for lathes that have the canned cycles available
NICE Work
Menos avance de corte. El avance longitudinal, desgasta más la punta de tungsteno, que la velocidad circunferencial. Yo diría que utilices más profundidad de corte, misma velocidad del husillo, y menos avance longitudinal.
Amazing the number of CNC "experts" commenting here who do not understand the video title and its relationship to the project, or that this video is 3 years old.
Jeez...
If you are taking 2 finishing cuts leave the last cut with something to do.
It's just an air pass
What will it be used for? What type of part is this?
Super program 👏
You can share the program plz
Nice
Bigger cuts less m/m ,
3 out of 10
im not see any coolant on there.
What was happening with the threading cycle at the end of the thread it seemed to jump before it reached the under cut.then dipped down into the under cut.
wrong height in the thread program or the output angle in the machine settings should be changed
讚，看他的鉄削知道她的刀具讚分享
so , did you wrote the raw g code in notepad ?
Do you happen to have the code & pic somewhere? If it's not inappropriate or even illegal to upload, I'd much apprecaite it. I need examples. If you can't deliver, I understand :)
Amazing trik
G96 is my favourite
Those are some pretty shallow cuts a a really high speed.. Read up on your insert geometry.
I'm not sure what to say about this, i'm thinking that this is they way you were thought to cut a part on a lathe.... Very wrong.... But in the other hand if you programed this by hand I would hire you... I'd spend some time teaching you how to efficiently cut a part bit you clearly know what your doing.
Tengo un cnc y me marca falla en los servidores y k puede ser?
2.03 g00 into workpiece xD
Terrible
so.. wazzit do?
What machine were you using?
How much rpm ?
well done! nice feedrate.
they dont understand why there is no coolant? :-D
ein paar amateure finden dieses video wohl schlecht weil kein kühlmittel durch die gegend spritzt, wer genau aufpasst wird allerdings bemerken dass er es abgeschaltet hat damit überhaupt etwas zu sehen ist.
die vorschubraten sind optimal, die zustellung ist optimal, beim gewinde würde ich vielleicht anfangs etwas mehr zustellen. ansonsten perfekt und schön azusehen.
fanuc steuerung?
der einzige Amateur bist anscheinend du :D ein gigantischer haufen Leerschnitte und scheiße verwendete Zyklen. Es wurde absolut keine Rückzugsebene oder ein Sicherheitsabstand beim 55grad stahl verwendet und die Zustellung ist viel zu gering.Wer sowas in einer Firma auf lange Sicht anwendet arbeitet nicht lange dort. Die Zustellung beum Gewindedrehen ist genau richtig weil er entlang einer Gewindeflanke zustellt. Scheint als müsstest du mal nen gescheiten Lehrmeister kriegen
why u use a vbmt 04 for 2 operations u can use a vbmt 08 and then you can finish with your tools and why u repass the finition tool that make the finish worst ans how about your groove finish you almost forget it and you have to chek your vc i found it too high
makes it worst eh
This one isn’t half bad. Must be a different programmer. The other video was rookie shit.
Can u tell me the rpm and feed and depth of cut for using
Too much and not enough.
Cutting speed and feed are extremely high.Seems only for demo piece. For production batches, such cutting parameters will never maintain
required tolerances
High feed is good, speed for roughing too high and depth too shallow.
Amazing
1:10 Turtles having sex
Como eu vim parar aqui mano?
Hlo sir can u send this program
Nice!!!
現在工作都只放1.5切深 和F0.24 速度加快增加太多的不穩定性
M08!! M08!!!!!
Plz program photo
G819 right :)
👍👍👍
Plz tell the codes
неоптимизированная обработка коллега. Попробуйте точить все продольной подачей
Согласен. Я был в школе. преподаватель заставил нас работать в "безопасной" манере.
@@skylersanful Приветствую. Можно было канавку почистить, опустившись после резьбового диаметра на дно канавки VCMT пластиной и почистить левую стенку полность, а не так как на видео). И второй чистовой проход был какой то странный, вы прошли тем же размером из за чего поверхность стала похуже. А так...зачёт).
Coolant is not hiting the tool properly.. Even though the feed is high we can control the tool wear by providing more coolant to tool edge.. Poor turning program, chance for vibration too high..
Is this Swiss lathe?
CNC hay quá 👍🏆👏👏👏👏🤗😍🤪
💥💥💥💖💖💖💖💖💖💖💖
program send please
Your OD roughing depth of cut makes me sad, lol. And your thread chamfer amount makes it do a funny little move at the back of thread. Unless you didn't actually want the thread to run out into that groove/undercut?
2 finishing processes at same z,y ?
It was because I came in at .02 clearance then cut .015 I think. I didn't redo the project anymore because that was good enough to turn in.
oh
ZLY WEISIOR
It's X and Z
greasemonger29 On Mazak lathes which Im working on there are z as horizontal line.
ZLY WEISIOR
Yes I work a mazak nexus 450 and z is horizontal with the spindle then you have x and y but you don't need the y axis for this job. Not on my machine.
so slow would have gone out of business years ago
車牙刀具讚
مرسی
wasn bullshit xD
This is probably the nicest thing someones ever said to me.
Sadece gülüyorum 😁😎
You lose a lot of time in all operations.
Mehr Zustellung bitte, spart Zeit und Geld
Wurde das englische Lehrbuch bereits zugestellt?
♡
Да... 1к62 отдыхает...
Kaba talaş ama onunda bi gururu var aq o ne öyle
Colande on
Que?
Absolute or incremental?
Only psychopaths program in incremental
M08
glentzer
🥱
Novice