Twenty years ago I was working in a shop that manufactured deep water well column pipe, usually 8" diameter. I learned an incredible amount and just hated using thread wires on those pipes, especially ones that were 12" diameter with tapered thread (grease for the win)! Thank you Chris for taking the time to post such quality content!
I worked as a machinist for a while operating CNC milling and Manual lathe here in Indonesia. I can see your skill is on a different level. Love and enjoy your videos. You're living my dream job.
This is the type of work that separates the men from the boys and the reason why guys like Chris get paid the big bucks. This one was very enjoyable. Great job Chris.
Es ist immer wieder schön anzuschauen! Ich bin gelernter Zerspanungsfacharbeiter (Fräsen, Drehen, Hobeln, Bohren, Schleifen usw.) und kann solche Arbeiten gut beurteilen. Dies ist sehr gute Arbeit! Danke für das Video! - Schade da man es nicht riechen kann! Ich liebe den Geruch warmen Metalls, des Öls und der Kühlflüssigkeit! Liebe Grüße aus Dresden!
Yeah my job I’ve been at for 7 months now was the first time I have used thread wires. They are such a pain in the butt to use sometimes. Watching how you set them in there and lines them up gives me a better idea how to use them. Good lookin part! I make different kind of spindles as well. Keep doin what you do!
@@ChrisMaj Hm. Not a bad idea, but the thickness of the grease film will throw out the reading. Depends on the required accuracy I suppose, but I much prefer a thread mic, if available
Hi Chris, yet another interesting video of a component that most people will never see or know about but without which are modern world would grind to a halt. I am not a machinist just a carpenter trying to learn across other trades. I am curious as to the amount of material removed from the rough forging to the part as is at the end of this video. I assume that there would be calculations for such material wastage but don’t know how it is expressed. Mark from Melbourne Australia
Chris what are the runouts on both bearing diameter after this turning operation, do you need to do grinding operation on bearing diameters after this, I am curious..
Old school mechanic here... but isn't this actually a hypoid gear set you are showing at the end? (offset axis from each other) 21:43 very cool video.. I did not recognize the thing till near the end..as soon as the thread went on it was like ohgee....
Could you possibly make a video on the manual guide programming I’ve tried to do research and never had much luck. Also do you have any experience with the manual guide milling counterpart?
Hav you noticed difference Vnmg or vbmt? Between centers is also my favorite method when large a mount material is moved and part needs flipping many times.
@@ЗаводскиеБудни не ну я понимаю, что у него механический 4-х кулачковый с независимым перемещением кулачков(а тема с базированием по двум центрам мне ваще реализовать захотелось) скидку при переустанове можно сделать спокойно, но просто зачем? Он и так бабкой поджимает, а толщины там достаточно, чтоб быть жестким, тем более у него что-то легированное, судя по надписи. Но всеж. К чему столько возни.
This lathe is not designed for small parts like this. To achieve nice finish on small diameters you need high rpms and this thing maxes out at 630. All the critical dimensions were finished by grinding.
No, it's all good, it's just that the grease seals on this center are terrible and I have to add grease regularly. But it's my favorite cause it's really ridgit.
Twenty years ago I was working in a shop that manufactured deep water well column pipe, usually 8" diameter. I learned an incredible amount and just hated using thread wires on those pipes, especially ones that were 12" diameter with tapered thread (grease for the win)! Thank you Chris for taking the time to post such quality content!
I worked as a machinist for a while operating CNC milling and Manual lathe here in Indonesia. I can see your skill is on a different level. Love and enjoy your videos. You're living my dream job.
I've watched this three times and learned something new each time. Thanks again!
This is the type of work that separates the men from the boys and the reason why guys like Chris get paid the big bucks.
This one was very enjoyable. Great job Chris.
there is lot of responsibility needed
1 small mistake and the whole part goes to the bin
Es ist immer wieder schön anzuschauen! Ich bin gelernter Zerspanungsfacharbeiter (Fräsen, Drehen, Hobeln, Bohren, Schleifen usw.) und kann solche Arbeiten gut beurteilen. Dies ist sehr gute Arbeit! Danke für das Video! - Schade da man es nicht riechen kann! Ich liebe den Geruch warmen Metalls, des Öls und der Kühlflüssigkeit!
Liebe Grüße aus Dresden!
Danke, freut mich, dass es dir gefallen hat. Es tut gut, von jemandem zu hören, der sich auskennt.
Great job Chris! At a high level, as always!
Yeah my job I’ve been at for 7 months now was the first time I have used thread wires. They are such a pain in the butt to use sometimes. Watching how you set them in there and lines them up gives me a better idea how to use them. Good lookin part! I make different kind of spindles as well. Keep doin what you do!
Use little bit of a grease so the wires stick to the part.
@@ChrisMaj Hm. Not a bad idea, but the thickness of the grease film will throw out the reading. Depends on the required accuracy I suppose, but I much prefer a thread mic, if available
your programming speed is amazing. i would be scared to death after hitting the start button.
you got that 3 wire technique down pat
Hi Chris, yet another interesting video of a component that most people will never see or know about but without which are modern world would grind to a halt. I am not a machinist just a carpenter trying to learn across other trades. I am curious as to the amount of material removed from the rough forging to the part as is at the end of this video. I assume that there would be calculations for such material wastage but don’t know how it is expressed.
Mark from Melbourne Australia
Using the boring bar was clever Chris to get that stub end profile.
15:15 for anyone like me that missed that bit of cleverness!
@@JlerchTampa Attention to detail from 44 years of machining lol
Awww mate loved that one, am i the only one that likes the first cut through the crusty forgings ? 😄
Peeling the bark is always fun!
@@keithgutshall9559 😁👍
Espectacular Cris 👍👍👍
Should only chuck on rough material with a four jaw chuck not a three jaw in order to not damage the scroll of the three jaw?? Beautiful work!!
That 4-jaw chuck is too big, and it won't close all the way, so that's why I'm using a smaller 3-jaw chuck. Never had a problem with it.
Beautiful! That will fit perfectly in my Mazda protégé
I worked on manuals for a long time,when I first saw and understood constant surface feed on a cnc I was rather envious.
Thank you for the video in general and the tip for getting thread wires in the right place particularly.
Great work, best swarf on YT.
Thanks for sharing.
You know they're good sized chips when they clatter instead of clinking.
Chris what are the runouts on both bearing diameter after this turning operation, do you need to do grinding operation on bearing diameters after this, I am curious..
Beautifully done Chris thank you for sharing this!! The tailstock to your machine is it MT4??
It's MT6
Nice work 👍
素晴らしい私も昔船のベベルギアを作ってましたTAN-A9でモジュール23まで加工できる大型の歯切り盤です今は23以上のモジュールをきる機械があるのかわかりませんが
That was pretty cool. Wonderful video work. Music was good.👍👍👍👍👍👏🏻👏🏻👏🏻👏🏻👏🏻👏🏻
Sup dude, what inserts are you using here? Can you tell me the brand and grade? Thanks in advance.
CNMG644 kennametal KCP25B
VNMG432 KORLOY NC3030
ISCAR GHGR 31.7-5
You have a beautiful job, are you machine shop owner?
No, I just work here. We are in Chicago suburbs.
Time to live, i back on monday, have a nice weekend
this is the best video i have ever seen in machine working display!
Piękna robota!!!
No staram się.
I've never seen such a big center drill :-)
Ask your wife she probably have seen before you
@@AS-ug2vq 😂😂😂
Is the tailstock of your CNC lathe programmable?
No
Where the company you work for?
Piękna robota ! Tez wykonuje od zera detale o zbliżonych gabarytach. Max fi 800 x 5,5 m. W jakim kraju działasz? Pozdrawiam
W Stanach
Nice worrk! Good job!!
Very nice, goodjob. Regards from indonesia
You must have one HUGE bath tub to need a plug like that!!! :) lol
It’s for my Friday nights
Great work Sir ji.
Another fantastic video with chip music instead of punk rock noise
Another work of art. :o)
Very nice to see, thanks!
Can you make a video showing how to use manual guide for programming a part step by step please?
you are the man
Old school mechanic here... but isn't this actually a hypoid gear set you are showing at the end? (offset axis from each other) 21:43 very cool video.. I did not recognize the thing till near the end..as soon as the thread went on it was like ohgee....
Could you possibly make a video on the manual guide programming I’ve tried to do research and never had much luck. Also do you have any experience with the manual guide milling counterpart?
What control you have? No, I've never used manual guide for milling.
I'd've used the 4 jaw through out. I cannot understand the swapping about.
Do you make all the programs on the controller manually, or use CAM?
All hand programed on the machine.
Hydrauliczny koń? Czy ręcznie nawiercasz?
Ręcznie.
Muito interessante seu vídeo 👏👏👏👍
Ok
Thanks
keren yo
Good job
dobar posao.
GOOD
This explains the cost of a “good” ring & pinion gear set. Looks like Ford 9 inch
Very nice
Hav you noticed difference Vnmg or vbmt?
Between centers is also my favorite method when large a mount material is moved and part needs flipping many times.
Difference between the two is that VNMG has no clearance. It's a neutral insert. VBMT is more suited for finishing.
@@loukola5353 yeah I'm using vbmt but don't own vnmg holders that's why asked opinion about those.
Tell you the truth, I don't think we have any VBMT or TCMT insert.
that was cool
why didn't you use a rigid tapping cycle?
🔝
Хммм, прикольно
А зачем так много переустановов?
Korean Machine😁
Yes, Hankook. It's a pretty good machine.
Не сложный контур, на изи прогу накатать на коленке можно, две фаски и пару радиусов и резьба
Chris do you have Instagram or other social Media sides?
No, I'm not a huge fan of social media.
@@ChrisMaj Thank god I'm not the only one.
@@mehmettemel8725 Haha, this youtube thing takes more time than I anticipated. I don't know how long I'll be able to keep that thing going.
Twy esct Plski un Amerkanski iplant wo esct cosusci pupinsk
WTF???! Chuck in Chuck on CNC?
Don't tell me you have never seen this
@@ChrisMaj i did not. I think of that but i was to afraid to do it.
Зачем столько раз менять положение заготовки?
Скорее всего, для уменьшения биения и увеличения жесткости детали)
Но я бы тоже резьбу сразу нарезал
И чистовую обработку тоже сразу бы сделал
Вертел крутил 20 раз, хрень какая-то.
@@ЗаводскиеБудни не ну я понимаю, что у него механический 4-х кулачковый с независимым перемещением кулачков(а тема с базированием по двум центрам мне ваще реализовать захотелось) скидку при переустанове можно сделать спокойно, но просто зачем? Он и так бабкой поджимает, а толщины там достаточно, чтоб быть жестким, тем более у него что-то легированное, судя по надписи. Но всеж. К чему столько возни.
Ain't much of a hold on that 3 jaw
Good job, but definitely not happy with the finish, especially on the shaft portion. Maybe the speed was less.
It will be grinded, who cares about surface finish, concentricity is way more important.
This lathe is not designed for small parts like this. To achieve nice finish on small diameters you need high rpms and this thing maxes out at 630. All the critical dimensions were finished by grinding.
@@ChrisMaj Small parts!! Haha. That part would be huge on my lathe. Always enjoy your videos. A shop tour would be neat.
@@ChrisMaj That's the biggest thing that people don't realize. The differences in machine sizes and what they can do.
@@ChrisMaj I guessed it earlier. I knew.
your live center ist completely wasted, tho. wonder if you ever noticed that.
No, it's all good, it's just that the grease seals on this center are terrible and I have to add grease regularly. But it's my favorite cause it's really ridgit.
wasn't talking about the seals or grease but the bad surface on the center end and the groove. you def should check the bearings.
@@sunside79334 for good surface finish on small diameters you need high rpms and I only have 630
Que bosta, um lado fora de centro