I don't know which is most amazing, the parts that are created or the machines that create the parts. Or maybe the minds that create the machines that create the parts. I'm impressed with all of them.
Hi, Just wanted to let you know, that the Time this Video was uploaded exactly These Machines got flooded due to a very heavy rain and further increasing River floods.
I'm not a machinest but I do enjoy watching videos on cnc machining it's amazing how accurate it does it work with all the steel moving as fast as it does and stopping exactly where it's told to stop. But I do have a question @ 6:40 how does the tool know where to line up when cutting the groove for the threads with each pass without it starting a new set of grooves I find interesting how fast the material is spinning yet the tool finds the same groove all the time.
In a CNC-mill like this one, it is programmed and based on position, that means that the part and cutting tools knows exactly where it is at at all times. When programing it, you can see the part getting cut in a simulation, what cutting tools to use, speed, and so on.
Perfectly correct and it should also be not that, the machine can create a different thread groves in situation which we dismountle the piece and mount again (due to change of reference point).
The machine has sensors in the spindle so it knows precisely what degree and velocity the spindle is at all the time. There are PID loops going on. The machine controller (the electronic control unit that runs the CNC machine) controls the spindle and the lead screw of the machine. So it can coordinate all of the movement. The spindle is the A axis. The lead screw and carriage are X and Y Computers are idiot savants at math too. They're just supernaturally good at it. Counting and calculating is what they do. What's really going on when you get into the nitty and gritty of it all is nothing short of amazing. The machine is taking all kinds of parameters into consideration while it's executing operations. What it can do, what it's been asked to do, etc. It's pretty crazy.
Yes i saw that too, maybe they got people with machines that take care of it. I have been into shops were i sneezed black by just walking through them. Some hasn´t even got fans for sucking out that evil white smoke.
Interessant. Ist dieses video for firma prasentation? Die machinen sind gross aber die arbeitenprocess sind mit gute genauigkeit (schone cnc machinen). Zuerst macht die richtige dimension danach macht die richtige bedingungen auf das material (harte, zahigkeit, usw).
The subtext in the section starting at 3:45 and going to 7:09 about CNC programming is pretty much spot on. You have to be a good manual machinist before you can become a good CNC machinist/programmer. As a member of the last generation of machinists trained on manual equipment before I even got close to a CNC machine, if you don't know how to machine a part manually, you're going to be clueless about how to properly program a CNC machine. The computer will not save you.
My man. I got a small CNC router. Then a big heller, índex lathe, and a EDM. The only experience I have on manual machines is watching abom79. And It is defiantly possible to jump right to CNC machining. The power and speed of a modern machine is so high just fell on a manual machine cannot prepare.
There was a time when I would have agreed with you. Just watching that grooving tool at 5:07 proves that a manually created program will have wasted motion. Look at how long that tool cuts air before it reaches the material. The turning module in GibbsCam would never create a toolpath with that much air time. We continuously track the material state so that the tool is positioned within a few thousandths of the stock to eliminate unwanted motion. CNC programming with today's technology could never be duplicated by hand. It's just not possible.
I never worked with cam software, but as a programmer I immediately disagreed xD I don't know any CAM programs in detail, but knowing what is possible with CAD today, it's clear, that this text is bullshit.
CNC programming technology is already very advanced, but because modern society is improving so quickly in terms of technology, so are the technological developments. But these developments are closely related to the country, the country's decisions will affect the industrial progress and technological development of the entire country, and this influence will gradually spread over time, and will eventually form a huge wave.
I did my apprenticeship at a place called Power Plant gears ltd in West drayton UK. They manufactured massive gears and gear drives just like this. It shut in the mid eighties so there was no CNC machining. After the gears were cut they would be hand scraped and lapped to perfectly bed the gears together. Our main gear cutting machines were Schiess from Germany. Power Plant claimed to be the pioneer in helical gear cutting. They had been going since 1903 and at one time actually built gear cutting machines.
If a company didn't make the transition to CNC then they folded up. You can't compete with CNC. I mean just look at it. These are basic machining centers here too. Nothing too fancy. No 5 axis or what have you.
Hey then you should be aware about what humans can do! And you should also do something great for humanity. Ok if you dont know what humans can do, then how can you forget about rockets . It is since 60s.
4:00 There is a mystery I can't figure out about this cutting process: the blades cutting the steel have to be made of a steel, metal, harder and more resistant than the steel they are cutting, that's only logical. But these blades themselves had to be cut and brought into shape and sharpened by tools made of a material harder than themselves, and so on. So that would bring us to an impossible series in which there is no end, as every tool, blade, in this chain has to be brought into shape and sharpened by an already existing tool, blade, which is even harder.
These cutting tools are made of a powder that is pressed together and "baked" in an oven. So they come like that finished. If I remember right there is wolfram in the powder which is a very hard material. And this is not a new way of producing, turning machines has been around for ages. I mean, if you want, you can cut steel with a steel knife but the knife will become slow straight away. Also the angle and speed is crususl for this to work
@@bastrixer Wow, thank you for having solved for me a mystery that has baffled me for ages. Anyway, I knew that some chemical rather than physical process had to be involved.
Most of these tools are made of tungsten carbide indeed by baking the power pressed forms in a process called sintering. But even these can be sharpened by using a diamond or CBN grinding wheel. Grinding is in fact how hobbyists can make bits out of hardened steel, which cuts through soft steel without a problem.
6:00 so satisfying watching the clean finish pass. I always wonder why they are cutting dry? Been a CNC lathe machinist for over 10 years and we run coolant on everything we do. We also manually program everything as well. They are always wanting to push the conversational crap on us which just seems unnecessary for the things we run which is hardly ever anything new. So all of our larger programs are kept on file so we can just set up and run. I see no need for any additional computerized programming. Hard to stay fresh on something you rarely use when your so used to manual programming.
I think they may have just been cutting a demo piece. Like look at what we can do. If they were running full flood cooling you wouldn't have been able to see very much. Just fluid shooting everywhere.
2 года назад+1
@@1pcfred I have worked with smaller versions of these machines like C27 for hobbing, it is completely dry. Blades are carbide with TiAlN coating. Heat gets out with the chips (they turn completely black with a blue/purple hue), part is OK to touch after operation, so it is safe to say it does not get too hot, no color change. Machine lifespan is higher and maintenance is easy if you run dry, you also do not need any washing before heat treatment with dry cutting. So if possible always go with dry cutting.
@@mayke8623 в основном используется косой зуб и нарезается зубонарезной фрезой. Есть способ и на зубодолбежном станке. Все это ещё от советского времени пришло и менять смысла нет. Но этот вид зуба радиусный. Возможно и технологические требования у него другие. Вот и интересно было как такой вид шестерен изготавливают. Правда я не пойму сарказма по поводу России. И в Китае и в Индии и даже в любимой многими Америке также используют косозубые шестерни.
Machines are the test of motions and properties. It's a test of materials. What level can be used to build that equipment. Precision machinist How, it has standards it's either miniature or enlarge or normal size. That's an auger in my field. The diamond tip cutter. As I've mentioned it's all in the package but some of the materials are expensive.
Very nice industry work.... CNC machine work good experience and good opportunity for ITI, diploma, bachelor mechanical engineer ... nice sweet technical industry works....hmmmm
I don't know which is most amazing, the parts that are created or the machines that create the parts. Or maybe the minds that create the machines that create the parts. I'm impressed with all of them.
က က နေ
What about the speed
That must be solid steel I assume. I can’t even cut butter that fast
be amazed by the one who created it all
Although been an electronic engineer I was amazed with the dimensions, speed and flexibility. Big and fine engineering !
đón chờ những ca khúc tiếp theo của Phúc, càng nghe càng thích giọng ca của Phúc ❤
Hi, Just wanted to let you know, that the Time this Video was uploaded exactly These Machines got flooded due to a very heavy rain and further increasing River floods.
I'm mesmerize not only by work produced, but the machines put together to do the work, and the sound was nice as I watched.
Give it time, you’ll hate it soon enough...
@@bloibl916 0
Does the blonde really work in the factory I dont think so.
I just love how this video has the most gangsta music playing in the background 😄
That last one was incredible. All those tools and processes. Wow, what will the next 10-20 years bring.
unemployment due to automation
@@paulruesink8917 fuckin true
Well, Not that much - most of These got destroyed due to overflooding.
The accuracy blows my mind.
I'm not a machinest but I do enjoy watching videos on cnc machining it's amazing how accurate it does it work with all the steel moving as fast as it does and stopping exactly where it's told to stop.
But I do have a question @ 6:40 how does the tool know where to line up when cutting the groove for the threads with each pass without it starting a new set of grooves I find interesting how fast the material is spinning yet the tool finds the same groove all the time.
In a CNC-mill like this one, it is programmed and based on position, that means that the part and cutting tools knows exactly where it is at at all times. When programing it, you can see the part getting cut in a simulation, what cutting tools to use, speed, and so on.
@@bomb_and_gouge as a former machinist i endorse this explanation.
Perfectly correct and it should also be not that, the machine can create a different thread groves in situation which we dismountle the piece and mount again (due to change of reference point).
The machine has sensors in the spindle so it knows precisely what degree and velocity the spindle is at all the time. There are PID loops going on. The machine controller (the electronic control unit that runs the CNC machine) controls the spindle and the lead screw of the machine. So it can coordinate all of the movement. The spindle is the A axis. The lead screw and carriage are X and Y Computers are idiot savants at math too. They're just supernaturally good at it. Counting and calculating is what they do. What's really going on when you get into the nitty and gritty of it all is nothing short of amazing. The machine is taking all kinds of parameters into consideration while it's executing operations. What it can do, what it's been asked to do, etc. It's pretty crazy.
This much accuracy..pata ne kon se insan hain wo jinka damag is hadd tk pohnchaa...sssuperb
Why Face milling is not usually considered over face hobbing? Is there any difference in terms of tooth load carrying capacity in both the processes?
Wow beautiful video and very nice music..
Most amazing thing about this video is how clean this shop is. Forget the making of the parts, look at that floor!!!!
Yes i saw that too, maybe they got people with machines that take care of it. I have been into shops were i sneezed black by just walking through them. Some hasn´t even got fans for sucking out that evil white smoke.
Are they 2 angle or 5 angle cut pinions?
What a technology these all found by human beings so you people are great
Interessant. Ist dieses video for firma prasentation?
Die machinen sind gross aber die arbeitenprocess sind mit gute genauigkeit (schone cnc machinen).
Zuerst macht die richtige dimension danach macht die richtige bedingungen auf das material (harte, zahigkeit, usw).
Totally hooked watching these videos. Fantastic 👍
Observation, takes alot of smart people working together to make this happen.
It's crown and pinion from back axel such big which vehicle being fitted with this ?
The subtext in the section starting at 3:45 and going to 7:09 about CNC programming is pretty much spot on. You have to be a good manual machinist before you can become a good CNC machinist/programmer.
As a member of the last generation of machinists trained on manual equipment before I even got close to a CNC machine, if you don't know how to machine a part manually, you're going to be clueless about how to properly program a CNC machine. The computer will not save you.
My man. I got a small CNC router. Then a big heller, índex lathe, and a EDM. The only experience I have on manual machines is watching abom79. And It is defiantly possible to jump right to CNC machining. The power and speed of a modern machine is so high just fell on a manual machine cannot prepare.
There was a time when I would have agreed with you. Just watching that grooving tool at 5:07 proves that a manually created program
will have wasted motion. Look at how long that tool cuts air before it reaches the material. The turning module in GibbsCam would never
create a toolpath with that much air time. We continuously track the material state so that the tool is positioned within a few thousandths
of the stock to eliminate unwanted motion. CNC programming with today's technology could never be duplicated by hand. It's just not possible.
Chris brother let see your video and show us few tricks I’m looking forward to see your face on RUclips
I like it so much.Thanks for sharing
Absolutely incredible...! Congratulations on the magnificent work. Greetings from Portugal: João Carvalho.
ギヤは男のロマンです。
Wow, the accuracy you need to have to cut those gear teeth while the piece is in motion at 0:50 . Insane, I didn't even know that was possible
It's been possible for a long time. Today it is accessible. The thing is it's still a lot to wrap your head around.
Bu makineleri yapanları tebrik ediyorum. Emeği geçen herkesi.
Nice gear production units
This looks like a ring and pinion set with spiders but what is it for?
Amazing, it is so big machine.
Unusually good computerized music for a tech video
Wow😅😅😅really great amazing modern machine 😅😅😅h-technology. . .
Отличная работа!!! Молодцы!!! Great job!!! Well done!!!
regarding to the text starting at 3:55 , you have never worked with cam software ...
I never worked with cam software, but as a programmer I immediately disagreed xD I don't know any CAM programs in detail, but knowing what is possible with CAD today, it's clear, that this text is bullshit.
Carbide tips have changed everything
Cemented carbide cutting tools have been around since the late 1920's.
Beautiful Beautiful machines👍
это кино, так чисто в производстве с металлообработкой быть не может но интересно. ЛАЙК!
CNC programming technology is already very advanced, but because modern society is improving so quickly in terms of technology, so are the technological developments.
But these developments are closely related to the country, the country's decisions will affect the industrial progress and technological development of the entire country, and this influence will gradually spread over time, and will eventually form a huge wave.
Je suis un tourneur vous faites des travaux extraordinaire magnifique
De grootste bevel gear wat ik ooit gezien heb bij ATA gear in Tampere Finland, 4 mtr diameter
Que chulada 🤗🤗🤗 🇲🇽
That's amazing I loved that.. I love world of manufacturing ♥️
I'm a CNC machinist beginner, this is my favourite profession ♥️⚙️
mashinist beginner durak
You are making great fabricants I call it the spitzpoint-industry and worked also as an operator.
I did my apprenticeship at a place called Power Plant gears ltd in West drayton UK. They manufactured massive gears and gear drives just like this. It shut in the mid eighties so there was no CNC machining. After the gears were cut they would be hand scraped and lapped to perfectly bed the gears together. Our main gear cutting machines were Schiess from Germany. Power Plant claimed to be the pioneer in helical gear cutting. They had been going since 1903 and at one time actually built gear cutting machines.
If a company didn't make the transition to CNC then they folded up. You can't compete with CNC. I mean just look at it. These are basic machining centers here too. Nothing too fancy. No 5 axis or what have you.
Gracias por los videos. No me imaginaba el procedimiento
I like this job so much
where is the plant and what is the name ? thank you
And the sales Manager will say: "The main thing is not to make a part, but to sell it."
Bcz non Technical people have superior power and don't underestimate the power of fools in large groups!!
He is right. Can’t pay workers with gears
I so wished I could volunteer there.
8:57 This is bad for this high level production imo xD
You're right. That drill flexing, ouch ! Maybe its a non critical dim.
@@bonesshed. Critical or not, it's still allows space for unwanted buildup.
So satisfying!!
At 8:57, the feed is way too fast / the drill too long. It bending like that will mess up the hole's diameter consistency.
astonishing and ONE insert, for facing, sliding and screw cutting
3:29 Heels don't interfere?
Brings back memories of repairing these machine tools before I retired from Falk corp.
Informative. Useful. Calming. Inspiring. Life-changing. Enjoyable. Heart-warming. Other.
径がデカすぎるとマイクロメーターの当たり面も広くなるから測るのむずいよね😁
Maravilhosa qualidade lindo oportunidade unica .. Obrigado pelo video.. CNC é magico..
AInda mais qundo se trabalha com maquina convencional
wow i can't imagine how could humans build like this machines
Hey then you should be aware about what humans can do!
And you should also do something great for humanity.
Ok if you dont know what humans can do, then how can you forget about rockets . It is since 60s.
Man... do i need miss the job.. Had a tear in my eye at 04:00 . Note to self: save up for at least a manual lathe
Nice video CNC machine
How do I get my gears done by you guys
4:00 There is a mystery I can't figure out about this cutting process:
the blades cutting the steel have to be made of a steel, metal, harder and more resistant than the steel they are cutting, that's only logical. But these blades themselves had to be cut and brought into shape and sharpened by tools made of a material harder than themselves, and so on. So that would bring us to an impossible series in which there is no end, as every tool, blade, in this chain has to be brought into shape and sharpened by an already existing tool, blade, which is even harder.
These cutting tools are made of a powder that is pressed together and "baked" in an oven.
So they come like that finished.
If I remember right there is wolfram in the powder which is a very hard material.
And this is not a new way of producing, turning machines has been around for ages.
I mean, if you want, you can cut steel with a steel knife but the knife will become slow straight away.
Also the angle and speed is crususl for this to work
@@bastrixer Wow, thank you for having solved for me a mystery that has baffled me for ages. Anyway, I knew that some chemical rather than physical process had to be involved.
Most of these tools are made of tungsten carbide indeed by baking the power pressed forms in a process called sintering. But even these can be sharpened by using a diamond or CBN grinding wheel. Grinding is in fact how hobbyists can make bits out of hardened steel, which cuts through soft steel without a problem.
The reading text isn't appearing long enough to read it completely. Needs to be held on screen twice as long.
8:59 the drill is bending??
Tools find their center.
6:00 so satisfying watching the clean finish pass. I always wonder why they are cutting dry? Been a CNC lathe machinist for over 10 years and we run coolant on everything we do. We also manually program everything as well. They are always wanting to push the conversational crap on us which just seems unnecessary for the things we run which is hardly ever anything new. So all of our larger programs are kept on file so we can just set up and run. I see no need for any additional computerized programming. Hard to stay fresh on something you rarely use when your so used to manual programming.
Newer cutting tools put the heat in the chip. Disposal or recycling of cutting fluids is eliminated.
I think they may have just been cutting a demo piece. Like look at what we can do. If they were running full flood cooling you wouldn't have been able to see very much. Just fluid shooting everywhere.
@@1pcfred I have worked with smaller versions of these machines like C27 for hobbing, it is completely dry. Blades are carbide with TiAlN coating. Heat gets out with the chips (they turn completely black with a blue/purple hue), part is OK to touch after operation, so it is safe to say it does not get too hot, no color change. Machine lifespan is higher and maintenance is easy if you run dry, you also do not need any washing before heat treatment with dry cutting. So if possible always go with dry cutting.
@ steel would be a vapor before carbide melted. So heat is not a concern with carbide tooling.
tết ở nhà coi hài là đúng rồi đỡ ra ngoài
Amaging huge gear production and cnc machine process good veideo....
Very good job sir 👍🏻👍🏻👌🙄👍🏻🙏🏼❤️🥀👍🏻🚜🚜🚜
Койил ома устаси устада барибир
This plant is amazing in any country
dammmmm ,all that machining used to be done by hand and by skilled journeymen .....
Вот оказывается как делают эти хитрые шестерни.
А в России по сей день на долбежном станке!)😁
@@mayke8623 в основном используется косой зуб и нарезается зубонарезной фрезой. Есть способ и на зубодолбежном станке. Все это ещё от советского времени пришло и менять смысла нет. Но этот вид зуба радиусный. Возможно и технологические требования у него другие. Вот и интересно было как такой вид шестерен изготавливают. Правда я не пойму сарказма по поводу России. И в Китае и в Индии и даже в любимой многими Америке также используют косозубые шестерни.
Much better than my hand file))
Wowww biggest cnc turning
From iraq well done
Small tip radius tools need constant nonitoring as they wear fast
Only perfict work haven icon and by out thear ^✓
Good👍👍❤❤
Machines are the test of motions and properties.
It's a test of materials.
What level can be used to build that equipment.
Precision machinist
How, it has standards it's either miniature or enlarge or normal size. That's an auger in my field.
The diamond tip cutter.
As I've mentioned it's all in the package but some of the materials are expensive.
freaking amazing ..
I like videos . Thank you for sharing let's chat with you
"no computer will ever have the instinct that's inherent to humans" lol that's cute to believe that.
"no computer will ever have the instinct that's inherent to human" yeah I know some machine learning engineers who would like to have a word, lol
Hii... where is this place
How was all.of these done without the machining technology of these way back in the day. For example 1895 or the 1920's
2:35 Now that guy is the head of the CNC.
Very nice industry work.... CNC machine work good experience and good opportunity for ITI, diploma, bachelor mechanical engineer ... nice sweet technical industry works....hmmmm
So great manufacturing.
Amazing technology!!!
Do some math over steel strength available in market
Thinnest sheet of steel is broken under how much pressure ?
Biggest CNC i've ever seen.
One thing all these machining videos have gotten down to a fine art is the ability to find the most annoying music to add in to the video.
We are using the same size of gear at our coal mills, to drive the mill drum.
Special gear profile machine ⚙️⚙️⚙️
I can see the first one, well if the geometry lines up then yea this could totally manufacture this thing...
Thanks Very Much, Here I also share for making drawing of spurgear in Autocad
You mean the tools. Of course yes.
Wow Amaizing
Good engineering
Thought this was real until Ivanka Trump started critiquing at 3:00
Hired model. Real workers are too ugly for the video.
Die Frau ist gut!
I so much wanted to see this ! Thanks a lot for posting this video !