Usually they have the disadvantage that the shoulder isn’t full diameter but they swage the lower part down some so you get the best of both worlds. V cool
Ill never ever understand how the hell threads get made lol. Ive made threads, Ive done industrial work my whole life, I got promoted to supervisor where I work Im not braindead, but making threads with wheels like that is just black friickin magic to me lol, I just dont get how 2 wheels like that make one continuous spiral in the middle. With the right shape and speed is all I know lol
We call then a upsetter, flash shear, swage and lastly, thread roller. We say thread roller so its not confused with machines what cut threads by removing material
@@joreemmcmillan7145 I remove and install those on industrial mining radiators. Removing one of them after its been torqued to 1500nm requires three men on a breaker bar.
Is the steel heat-treated afterwards? I know when you heat up steel like the head and allow it to cool it changes the steel. However some steel air hardens???
The last step tossing into the box is why i have to run a die or thread file over almost every large bolt i use. Taking a perfectly fine new bolt and f'ing up the threads in the last 5 seconds.
As a nut, I have to say these bolts are A490 bolts used to hold structural beams for buildings and other steel structures. That little toss is not going to do anything to those hard threads.
That was my first thought. I frequently use 1” bolts and brand new the threads are sometimes chipped and even rolled over in spots. The bolts I use see frequent use and the holes they go in need to stay nice so cleaning up the threads is important.
There are prevailing torque specs from every single OE. When you make over a billion parts a year they're going to get a couple dings on the threads. It's not a big deal. If it's good enough for Mercedes it's good enough for you.
Until you become an employee, I worked as machine builder, built many different machines, and take us any where from a couple weeks to months to build machines, was great, because first we built them, but as soon as you were over the fascination of each machine and started get boring, we installed in factory, ran machines for few days to make sure all was good, and back to shop to build something else.
Cold working increases tensile strength at least 30% more than cut threads, which increases the strength of the thread. Additionally rolled threads improve fatigue strength by 50% to 75%
Indeed, but it's the small versions, and they went trough a quite different production cycle. Those big bolts are for constructions like cranes and railways.
Pretty much every big building uses bolts similar to this to fasten the steel structure together. Generally they are shorter than this but this diameter (around 20-24mm, up to 30) is used extensively.
А я когда учился в учаге(лет 20 назад) то делал эти болты сначала на токарном станке нарезал резьбу, потом на фрезерном(на делительной головке) делал шестигранник😂
Но его особо не увидишь, засыпали в галтовочную машину на определённое время чернину, достали шарики в допуске. Готово. Конечно там несколько стадий, но суть процесса в галтовке
Me encantan estos procesos trabajé con prensas de estrusion en frío de 650 tn aplastando hacero para ejes piñones y manguitos de impulsores de arranques de vehículos balancines etc
10.9 после термообработки являются высокопрочными болтами И в магазине или обычном рынке продаются реже до и понятия нужно иметь для чего они и как крутить их вообще
I'm unfamiliar with this industry, but i recognize those anti-fling chains at the cutting head where the stock lengths are cut down. Respect for caring if someone dies. Lol.
It's interesting seeing giant fasteners. I'm a die maker for super small fastener dies that are as small as the ones for your glasses. Heading, Stamps, Grip, Thread Diameter... EXTRUDE for longer lengths...
Mannnn that threading machine took me back to my factory days. The only truly fun factory job I ever worked was a rebar/giant bolt place where we would thread bolts like these and rebar and steel pipe on this huge dual roller. I still remember being trained on jt and launching a bar halfway across the shop😂 I remember that shit getting stupid hot stupid fast too, need tough hands to work that stuff for life.
![4BANG - NOT LIKE US (REMIX) [Official Music Video]](http://i.ytimg.com/vi/HO22cYkha1s/mqdefault.jpg)
🎞 Full Video : th-cam.com/video/cCnPMZP6tTQ/w-d-xo.html
Они мавв#1 кВт уже вам по ее Сити файле мы мы д ого❤ф к вы не указали Виктор х ужеbc ha war had bass 1 QA sa
❤🎉🎉😮😅
with music is bad, make no music.
🔝
❤
Actual decent material, proper PPE, proper machinery, this is so much better than so many other mass produced bolts or nuts lol
Dude must be a safety guy
The youtube expert.
The fact they’re throwing them down proves why we always get bolts on the job that wont take nuts 🤦🏽♂️
right? its usually bent up rebar getting hacked up by a guy holding it with his bare foot.
@@samlines3765 haha...thats what I was thinking, was the last step "ding up the thread as much as possible" ?
As i get older. I can see how modern marvels appealed to people.
Love that show when I was younger and still do now!
But not see the disadvantage?
:)
Watched the shit out of that as a child
I’m the 1000th like. Nothing crazy but I thought it was cool
It's refreshing to see one of these videos that don't leave me appalled at the working conditions.
Oh god forbid should you have to see how it is living in a 3rd world country🤦♂️
This is of course true, but Uncle Vanya from the fifth entrance will have a larger bolt 😂😂😂😂😅😅😅
God forbid @@SICresinwrks
I kind of miss seeing the flip flops tbh
It's ok you don't have the right to be appalled with another countries work ethics, Just be thankful you are so spoilt in your job.
That's a thread roller. The displaced material is turned into the threads. Much stronger than threads cut by using a die.
You also don't have any real "sharp" edges that could cause a stress point
oh shit interesting @@michi18
🤔硬い材質をプレスで押し出すのは大変ですね🤗
@@KAJIYA--mondo39 堅い男のほうが、弛んだ男よりも恋愛人生がうまくいく
Usually they have the disadvantage that the shoulder isn’t full diameter but they swage the lower part down some so you get the best of both worlds.
V cool
That threader is insane
put your hand in it for $5
@@ThePotatoMan04 How old are you?
@@ThePotatoMan04Do it for the vine
@@ThePotatoMan04five bucks and you gotta buy me a pirate hook
Ill never ever understand how the hell threads get made lol. Ive made threads, Ive done industrial work my whole life, I got promoted to supervisor where I work Im not braindead, but making threads with wheels like that is just black friickin magic to me lol, I just dont get how 2 wheels like that make one continuous spiral in the middle. With the right shape and speed is all I know lol
The machine that makes the bolt head is called the squisher and the one that makes the threads is threader. If any laymen are curious
We call then a upsetter, flash shear, swage and lastly, thread roller.
We say thread roller so its not confused with machines what cut threads by removing material
Thanks.
@@joreemmcmillan7145 I remove and install those on industrial mining radiators. Removing one of them after its been torqued to 1500nm requires three men on a breaker bar.
Super
Is the steel heat-treated afterwards?
I know when you heat up steel like the head and allow it to cool it changes the steel.
However some steel air hardens???
Fun fact, tiny little men actually do this to make regular sized bolts as well.
ah ok
The last step tossing into the box is why i have to run a die or thread file over almost every large bolt i use. Taking a perfectly fine new bolt and f'ing up the threads in the last 5 seconds.
As a nut, I have to say these bolts are A490 bolts used to hold structural beams for buildings and other steel structures. That little toss is not going to do anything to those hard threads.
That was my first thought. I frequently use 1” bolts and brand new the threads are sometimes chipped and even rolled over in spots. The bolts I use see frequent use and the holes they go in need to stay nice so cleaning up the threads is important.
but it takes 0.1% more energy and effort to set them in
Integrity and durability test, all at once 😂
There are prevailing torque specs from every single OE. When you make over a billion parts a year they're going to get a couple dings on the threads. It's not a big deal. If it's good enough for Mercedes it's good enough for you.
I could watch stuff like this all day
:)
Until you become an employee, I worked as machine builder, built many different machines, and take us any where from a couple weeks to months to build machines, was great, because first we built them, but as soon as you were over the fascination of each machine and started get boring, we installed in factory, ran machines for few days to make sure all was good, and back to shop to build something else.
Do it then. Even better. Do it, film it and upload to TH-cam and drop us a link.
Fun fact : the reason the chains are there at the beginning of the video is so the cool little clinky sound can entertain the workers
Хочу прсмотреть видео как такие станки изготавливаются и монтируются.
Cold working increases tensile strength at least 30% more than cut threads, which increases the strength of the thread. Additionally rolled threads improve fatigue strength by 50% to 75%
:)
This is what holds every ikea store together
Lies. I don't see even one bottle of gorilla glue or a single roll of duct tape.
Unfortunately, my local IKEA was installed incorrectly, turning itself into a costco
Indeed, but it's the small versions, and they went trough a quite different production cycle. Those big bolts are for constructions like cranes and railways.
wind turbines also
Pretty much every big building uses bolts similar to this to fasten the steel structure together. Generally they are shorter than this but this diameter (around 20-24mm, up to 30) is used extensively.
As a bolt enthusiast, this greatly excites me.
for anyone wondering, that machine that super heated the end looked like an induction forge
Amazing. This stuff has been done forever but I am impressed every time I see it.
тот самый болт который я мечтаю забить на проблемы...
Не получится дружище, болт должен быть хороший, а это сырец.
@@user-rg5jf9xj9i закалить свой болт?
@@user-rg5jf9xj9i с классом прочности 10.6 он много куда войдет
@@user-rg5jf9xj9iэто 10.9 класс прочности, высокопрочный, на выходе будет отличный болт.
Особенно на работе хорошо забивать такие болты😀
Музыка красивая . И даже видео подошло . Хочется смотреть вечно ....
No unnecessary commentary, no random guy lazily added to the corner of the video, no horrendous working conditions. 11/10 video
А я когда учился в учаге(лет 20 назад) то делал эти болты сначала на токарном станке нарезал резьбу, потом на фрезерном(на делительной головке) делал шестигранник😂
Ты не путай учёбу и массовое производство☝️
57 - орловский?!
@@ybrukax Ага!!!
А сейчас ,мы нихрена не производим😢
Сейчас мы даже болты не производим. 😢
@@serj2526 не мешай ныть нытикам 😆
And I always thought that little elves carved the threads onto bolts.
I thought it was 4 year old chinese kids running a lathe
Both methods are used but the one u said is used for customized products
Man this reminds of that time i worked for a scrap company and we had to feed this eldritch horror all the scrap we found.
We are absolutely making quota with this one
that heating machine is insane. it heats right through that thick steel in seconds.
Go and watch videos of induction heaters. Electricity can heat steel red hot to its core in actual seconds. Amazing stuff.
Это придумали в прошлом веке!
Хоть кто-то делом занимается,а не жопой голой перед телефоном крутит✌️✌️✌️
😂
“You are true professionals.”
“Keep the company happy.”
Как бы когда нибудь увидеть процесс полировки шариков от подшипников?
Но его особо не увидишь, засыпали в галтовочную машину на определённое время чернину, достали шарики в допуске. Готово. Конечно там несколько стадий, но суть процесса в галтовке
Сунь руку в карман и полируй, вот весь тебе процес
У меня и так все блестит, есть кому полировать
Я уже сам себе отвечать начал))) где-то стучится белка
@@MyMuskus Может это не белка, а котенок?
Me encantan estos procesos trabajé con prensas de estrusion en frío de 650 tn aplastando hacero para ejes piñones y manguitos de impulsores de arranques de vehículos balancines etc
Did they finally add the lethal company big bolt to real life?
Watching metalwork and machining is so satisfying to me for some reason.
Вот это болты!
😂😂😂😂😂😂🤣🤣🤣😆😆😆😂😂😂😂😂
именно такой я клал на работу хахаха
Вот они настоящие сырые болты
10.9 после термообработки являются высокопрочными болтами И в магазине или обычном рынке продаются реже до и понятия нужно иметь для чего они и как крутить их вообще
Это настоящие катаные болты, как и должны делать, а не на токарном стонке точенные.
@@user-lh4hk5vg1yэто катанная резьба, а не болты. Цилиндрическая часть их даже на срез не выдержит.
@@simart064на срез нагрузки карьерного самосвала?
@@igorsh5611а как крутить их вообще раскажите
Ahh loud factory noises with relaxing piano tunes are my favourite jam
the company will need this
Симфония однозначно👍👍👍
Почему мне так нравится подобные видосы..
Ля работаю в болтовом, от таких видов тошнит уже 😂
Наш отец учил нас не стесняться своих болтов даже когда они такого размера
Иногда я затягиваю их так сильно, что срываю резьбу
@@user-id5ow9xv9g А хочешь я покажу тебе как затягивать резьбу чтобы не срывать её?
You are truly a great asset for the company
Интересно посмотреть процесс закалки.
Её нет) это болты для жигулей)
Там помещают в печь , вроде 500 градусов на какое-то время и потом выключают печь
@@edicariona9249при серийном производстве печь не выключается никогда, а детали через печь проходят как через конвейер
10.9 is a good grade 👍
Where do you see the grade ?
@@dimmacommunication 0:37
Is tensile strength of 1000N/mm² and yield strength of 900 N/mm² good?
@@lupuszzz For bolt is fine. Yesterday I saw in a shop bolts grade 4.8 😂 It is plasticine. Best bolts are 12.9.
I'm unfamiliar with this industry, but i recognize those anti-fling chains at the cutting head where the stock lengths are cut down. Respect for caring if someone dies. Lol.
Так бережно стараются, над каждым болтиком.
So beautiful!❤️
Beautiful
Those bolts have an enormously long shoulder.
Эх, СССР сейчас бы дал всем прикурить по качеству.
Количество выпущеных фабрикой болтов не сравниться с теми, что я положил на учебу 😂
Stuff like this is always so fascinating to me, I love to sit and watch how things are made.
работать с металлом очень интересно, я бы хотел сделать свою кузню, и ковать разные вещи.
После этого видео, мне попались индусы с цеха...
Soothing indeed to watch !! 👍👍😎
97 year old bolt making factory still makes bolts the old fashioned way
This is like really relaxing and not at the same time
This is so classy. Not a bunch of wasted material either 👌👌 *chefs kiss*
I love how, after being made, they get tossed,so satisfying 🫠
Rolled threads are a thing of beauty.
Thread rolling is cool af
It's interesting seeing giant fasteners. I'm a die maker for super small fastener dies that are as small as the ones for your glasses. Heading, Stamps, Grip, Thread Diameter... EXTRUDE for longer lengths...
The cutting and the dropping sound is so satisfying like "clink"
I may have thought of how we can hit the quota boys...
The way the thread grinder looks so friendly like you could swim in it, but it’s so easily and casually grind off the metal
We making the quota with this one bois
This is deeply satisfying to watch.
The threading is my favorite part of the process 😊
The art of bolt making… beautiful mate
Finally, some self sealing stem bolts.
Mechanic: breaks a bolt
"God damn manufacture and their cheap bolts"
Finally! Bolts to put together your moms' beds.
I’m glad I watched this, it explains why every screw isn’t the same. The way we do the grooves for the screws could be improved
О,
Да это же болты, которые GSgameworld ложит на здравый смысл
놓침이 없이 보여주는 전과정
지루함 없이 편집한 스킵
안전해보이는 공정
마지막 제작품 까지 보여주는 완결
퍼팩트한 사이다 영상임
the classical music goes hard with this
"I bet you we can make bolts by just squeezing the metal"-some metal guy.
The throwing dents is a extra feature you pay for 😂
Simple when you have the right tools.
마지막에 저렇게 던지니까 나사선에 야마가 나지..새거를사도 불량이 가끔나옴
Молодцы, рукодельники!
Blows my mind that the threading is done by just plopping it in there by hand
That pop gave me chills
Теперь нужно показать процесс, как кладут большой болт
Oh neat, it’s a way to make rolled threads and still have a full diameter shoulder. That’s actually awesome.
Чем занимаешься на работе? - Болты ложу ☺
Работа мечты
одно из лучших изобретений…
Mannnn that threading machine took me back to my factory days. The only truly fun factory job I ever worked was a rebar/giant bolt place where we would thread bolts like these and rebar and steel pipe on this huge dual roller. I still remember being trained on jt and launching a bar halfway across the shop😂 I remember that shit getting stupid hot stupid fast too, need tough hands to work that stuff for life.
My grandpa used to run a bolt and screw factory. It was kinda like this. Nostalgic to see.
The alienation of labor from the product of their work is poetry in motion
People are so freaking smart man. The people that make these machines do not get the credit they deserve.
Forging looks so easy and fun but i know damn well its a lot more complicated then that
Something that simple as a bolt, makes one of the foundation of modern society.
Щас редко идёт нарезание резьбы, чаще накатка! - она экономней и прочней!!
Интересен процесс накатки резьбы
В любой вуз загляните, там студенты и не такие болты на учебу производят
I love those thread rolling machines
Wow, that was a lot more steps and far more manual than I expected it to be.
Pretty cool. Definitely a hearing protection zone.
I have a tiny man at the back of my house on my tool box making me some bolts 😂
Am I the only one who heard the cork pop sound when they did the step right before threading? Lol
Oh that's beautiful