This brings back some memories from 1980's. That's a *small* vertical boring machine with a small part. No CNC in those days. The really *BIG* items went on a horizontal boring machine. Biggest I remember was a bearing for a NASA gantry tower. Very tight tolerances.
Love those oldie but goodie fanuc controllers, very easy to change the program on them as needed, also thats one mighty big bearing block, seen similar ones on aluminum cold rolling machines and cardboard box corrigators. 🤓
Great video! im still new to the trade and at my current work we also have those older Fanuc controllers. Great to see how cool some of the g-code can be since we dont really use any inbuilt functions or anything, let alone manually program it in g-code as usually we have models and CAM....kinda want to figure that out sometime though as it seems to be a good thing to know. (im usually on milling rather than turning sadly as we dont have any CNC lathes)
i'm assuming that these cuts are childs play for this mill and if surface finish didn't matter it could really take a much bigger bite as long as the fixturing could hold it.
It was a nice part to machine but overall surface finish disappointed me a bit.Unless there is other operations for final machining or grinding that I'm not aware of.
Sir, does that Richards have a rectangular tag on the frame with a USG ID Number? The machine doesn't look like it in the pictures, but was it made in the frame CNC? Just idle curiosity? I sent many very similar to the DRMO for sale only to be sent overseas. Fine looking work by the way.
Arry Who did you get a 42mm inserts from, we have been getting custom 40mm & 42mm made as a trial from two different insert suppliers for our process, we currently us 50.8mm (2inch) buttons.
i use to run an old Bullard VTL that was converted to cnc a few years back. We called it The Widow Maker bc like 3 operators beforeme were killed on it. Scary, stay safe around your machine while doing your camera work and that spindle is turning!!! That machine has no concious.
So how many used carbides have you launched into the wall on night shift with the bad boy blower and ball valve....? I worked on a twin head scheiss that would take 48mm cut (twin offset 16mm and a single)
I tell you what I used to machine large parts like that years ago working for an engineering company use to enjoy it.Large parts are generally easier to machine and access for tools usually not a problem.These days I work for myself machining small to medium parts and nothing pisses me off more than very small parts hard to hold sometimes can't get a tool to suit and measure so don't under estimate your small parts machining skills.
It's exciting to see really big parts like that being machined. Thanks very much, James.
Thank you for always watching my video.
Nice work on that steel mill bearing chock. Koreans are hard workers! Keep up the good work.
So either you have tiny baby hands or those inserts are Absolutely massive!!! 🤯
Lol
You know it’s big chips when it sounds like you dropped your keys
This brings back some memories from 1980's. That's a *small* vertical boring machine with a small part. No CNC in those days. The really *BIG* items went on a horizontal boring machine. Biggest I remember was a bearing for a NASA gantry tower. Very tight tolerances.
Pretty cool that people are still able to be profitable running these ancient machines
ancient ?
Good job! I realy like look on these old controller interfaces. Especially rotary knobs.
Is that radius groove for an o ring seal ? No chatter marks either , nice job!
Oddly pleasing to watch. Many thanks!
MTC 😁 Neat part though, thank you as always for sharing.
Thank you for always supporting me. I will always remember you.
Love those oldie but goodie fanuc controllers, very easy to change the program on them as needed, also thats one mighty big bearing block, seen similar ones on aluminum cold rolling machines and cardboard box corrigators. 🤓
Great video! im still new to the trade and at my current work we also have those older Fanuc controllers. Great to see how cool some of the g-code can be since we dont really use any inbuilt functions or anything, let alone manually program it in g-code as usually we have models and CAM....kinda want to figure that out sometime though as it seems to be a good thing to know. (im usually on milling rather than turning sadly as we dont have any CNC lathes)
That old version of Fanuc is the best they ever made. So easy to use. Got it on our Victor lathes
i'm assuming that these cuts are childs play for this mill and if surface finish didn't matter it could really take a much bigger bite as long as the fixturing could hold it.
Heh Good One... MTC makes my day :)
Greetings
Beautiful work! It looks great! :)
It was a nice part to machine but overall surface finish disappointed me a bit.Unless there is other operations for final machining or grinding that I'm not aware of.
the amount of metal remove in one cut is impressive
Cool video! Inspiring to see your process.
Sir, does that Richards have a rectangular tag on the frame with a USG ID Number? The machine doesn't look like it in the pictures, but was it made in the frame CNC? Just idle curiosity? I sent many very similar to the DRMO for sale only to be sent overseas. Fine looking work by the way.
you have such skills, me I'm a builder of small ships we bend frames manually and form plates by eye, but what is this part for
I like how the chips fall out of the machine by the centrifugal force
Same thing that keeps them in there causing that bad finish at the bottom
Aren't we at Fanuc 5 now lol. That is some 90s CRT stuff there.
Lol, I'm still running 2 lathes with Fanuc 0-T controls and a HAAS with a CRT. They still work, so we don't get upgrades.
My old place used to load up wire eroder programs by 3.5" floppy disks haha, I feel your pain
Allen keys are never long enough, always need a pipe. The largest ball nose I used was 42 mm diameter.
Arry Who did you get a 42mm inserts from, we have been getting custom 40mm & 42mm made as a trial from two different insert suppliers for our process, we currently us 50.8mm (2inch) buttons.
@@swamppifi6186 I’m afraid I don’t know. The company I was at was dormer engineering in Middlesbrough UK and the tips and tool were quite dated.
Looks like a gigantic bearing block
Was wondering where my cheater bar went lol cool video 👍🏻
Wonder what this monster part was..
isn't that control interface on a cabinet door? only asking cause I see it swinging slightly whenever you interact with it.
i use to run an old Bullard VTL that was converted to cnc a few years back. We called it The Widow Maker bc like 3 operators beforeme were killed on it. Scary, stay safe around your machine while doing your camera work and that spindle is turning!!! That machine has no concious.
Охлаждение - игрушка диавола ежже!
So how many used carbides have you launched into the wall on night shift with the bad boy blower and ball valve....? I worked on a twin head scheiss that would take 48mm cut (twin offset 16mm and a single)
I'm steel wondering what this thing is. Looks like a vertebrae for a giant robot.
Ever do milling on the newer Hankook VTL?
Not yet😅
No heat worries, coolant?
Sheared bolt in the toolholder ? 🤔
That is an ancient controller along with the machine, I guess okay still for that kind of bull work.
Someone welded one corner.
I make finished parts about the size of your turning tools.
I tell you what I used to machine large parts like that years ago working for an engineering company use to enjoy it.Large parts are generally easier to machine and access for tools usually not a problem.These days I work for myself machining small to medium parts and nothing pisses me off more than very small parts hard to hold sometimes can't get a tool to suit and measure so don't under estimate your small parts machining skills.
except lifting with that bad looking crane belt nice machining on that old lady
Would that part be for a pipeline or drilling rig perhaps?
The bearing is assembled inside. Part of steelmill.
It's a bearing chock for a roll used to "squeeze" hot steel into shape in the rolling mill.
i just looked up cnmg 250924 and holy....expinsive
You could try our CNMM190624,maximum cutting depth ：12mm
maximum feed：0.8mm/r and nice price.
City endures brief brown out
for some reason, display screen reminds me of "alien 1" computers
You had a scratchy because of no coolant
Карусель-карусель :)
Please switch the crane belt to an intact one, would be a shame if someone get's hurt because of faulty equipment.
Nostromo computer :D
I can't imagine crashing this thing.
Even outside soviet russia, this thing crash YOU.
Ya...i would've screwed that up...
잘보고갑니다.
쌌다..
Rare insight into Chinese manufacturing. Machining without coolant: A Documentary
Chinese manufacturing? Who are you talking about?
@@jamespark_85machiningtv No one, just being a dick.
И внутренний размер ушел