How It's Made Nuts and bolts

[@shalekendar6759]

It's ridiculous the number of videos I had to go thru to get to one that actually explains the process. Thanks! Curiosity abated!

[@paladin0654]

My Dad worked as a master machinist in a factory in Cleveland, Ferry Cap & Set Screw. He made parts from scratch using blue prints, essentially the job that CNC machines do today. The "super" threw him a print and and a hunk of steel and let him make the part......amazing.

[@CmdrTigerKing]

Unless your making dyes your dads lying sorry kid

[@ctdieselnut]

@@CmdrTigerKing sounds exactly like what part of his job was. You don't even know the difference between 'die' and 'dye', why would anyone listen to what you have to say.

[@wozza2942]

Similar to my father, as a marine engineer in the 60s, 70s and 80s. Often thousands of miles out at sea they had to be able to make just about anything at the drop of a hat, with or without drawings, with the limited machining tools on board. They got really good at measuring and copying. True artisans.

[@lansmelkor]

But on CNC is way expensive to make nuts or bolts…. And in the bolt you are actually removing material not pressing it, you will need a special steel so they can perform as good as the ones in this video, and because of that the steel is expensive and the tooling to process that special steel will be expensive too…. If you just doing few is OK, but going to 10 of thousands is not profitable.

[@paladin0654]

@@CmdrTigerKing My father passed in '88. I spoke with his foreman and watched him replace a part he made on a "header". Stop attacking folks with nonsense.

[@TheSilverGate]

2:11 this is what I was wondering, it's fascinating how they create the threads by rolling machines

[@alf3071]

it's probably the most efficient way of doing it

[@MaxGiganteum]

-- not probably - IS. - Max Giganteum

[@ctdieselnut]

Cool stuff. Mass production of standardized interchangeable parts made at low cost is nothing less than a modern marvel. Add to that how ubiquitous nut and bolts are for fastening, you realize just how amazing a simple nut and bolt is. Not to mention modern material science, the methods of designing, testing, and reproducing specific alloys suited to different uses metallurgists come up with. Imagine if every nut and bolt were still hand made by a blacksmith. Every one would be slightly different size, strength, and material grade. Something like a car would be ridiculously expensive and labor/skill intensive to manufacture or work on. Thank God for technological advances, making everyone's life immeasurably easier and better.

[@Ryan_Carder]

Wow the quality drop when it showed the forming of the nuts was something else.

[@vincentho3964]

Thank you very much - very helpful subtitles. Detailed steps 👍. Most of the other videos I searched only shows rows of machines churning out screws. But yours actually show the detailed processes, and in slow motion. Thanks !! Subscribed !

[@yogpanjarale]

its impressive how cold forging is used , soft metal is turned into precise machined and hard bolts and that too with such a scale

[@matsayswhat]

Kind of floored picturing a process like this for all of the various sizes of nuts and bolts. What a world we live in!

[@JF32304]

It's pretty amazing how the thread machine works, people have no idea the level of pressure exerted on the bolt to cut the threads. You would think there would be a faster way to cut the threads on the nut vs using a tap.

[@MaxGiganteum]

-- Actually, there isn't a whole lot of pressure exerted at all when you're tapping threads as opposed to roll forming them. Note that I said roll forming them and not cutting them which is exactly what's happening with the bolt. As for the nut, you could do the same thing that you see in the video with a hand tap and a small wrench while using only one hand to do it. No, I don't mean straining yourself or with a breaker bar either - on a nut of that size, it wouldn't take much effort. This is something you learn not long after you are in machinist school. Best wishes! - Max Giganteum

[@MaxGiganteum]

PS If you were to come up with a way to manufacture internal threads faster than using a tap, believe me when I say this, you'll be a seriously wealthy individual! - Max Giganteum

[@lansmelkor]

Engineering so amazing as always! 🎉

[@uwymalmsteen6500]

Never boring watching "how its made"

[@laa0fa502]

@@thelongestchannelnameever the network bored members wouldn't allow it

[@joshuamaxwell1929]

sorry to be so offtopic but does someone know a tool to get back into an instagram account?? I somehow forgot my login password. I appreciate any help you can give me!

[@robertrudy4788]

@Joshua Maxwell Instablaster =)

[@Cryptiiix]

2:57 should be a meme. *Something intensifies*

[@erikscofield6648]

2:57 nutting intensifies

[@rob2257]

The hex head bolt in the beginning is grade 8, the strongest commonly used bolt (not sure if there's a higher strength level). Grade 8 is designed by the six dashes radiating out from the center of the bolt head, Grade five, one of the last bolts shown, is designed by three dash marks radiating out from the bolt head. The metric equivalents of grades 8 and 5 are 12.9 and 10.9 respectively.

[@zepvista]

8.8 is the grade 5 equivalent

[@siamakarmsports]

10.9 is the grade 8 equivalent. 12.9 is a grade above G8

[@vincentho3964]

The narration is also good, clear and informative. Thank you very much.

[@Derek_Wyld]

Hey is their narration clear and informative?

[@bubbles7s7]

I swear 2:57 is the definition of intense

[@Gamalier1972]

I have the same moto and pretty much the same build as yours. I deleted the smog part, most unneeded plastic covers, smaller LED lights, supermoto type of mirrors and lighter Renthal rear sprocket. Right now the motorcycle sits at 275lbs (125kgs) with a full tank of fuel (2gals). Is not light at the regular CRF450R or a KTM but is a really great bike and reliable.

[@travgray2619]

The lines on the head of the bolt denote the grade of the steel they used. They were making grade 8 hex bolts.

[@Orgakoyd]

Her voice drives me nuts!

[@zalayeta007]

+lite Roadie i see what you did there !

[@xxtheginganinjaxx3163]

Yacine Zidane i read what he did there

[@fordnut4914]

Mute

[@rhinomite5203]

yup only a few minutes and I had to bolt out to another video

[@johnconnersmithllc6095]

Aryan Adibmehr no doubt. I gotta move on

[@antony716]

They make it look easy. Making screws is an art form being lost. To see it done in real life and the amount of work going into setting up the machines is a test of ones character.

[@MaxGiganteum]

-- A lost art? Negative... any student learning to be a machinist at an accredited school or in the US military learns the ins and outs of thread forms fairly quickly after starting school. Obviously, as a student, you spend plenty of time cutting threads the old-fashioned way - manually. What really tends to intrigue people is when they find out about various types of threads that are uncommonly used or which were used in the past but are considered obsolete now. ACME threads come to mind... - Max Giganteum

[@nseurus2085]

I work in an automotive plant that makes only nuts. We use "Cold Formers". Same as hot forming but we use pressure to pound the cold steel into shape.

[@nusratdevjani1467]

which one is more strong hot or cold formers??

[@MaxGiganteum]

-- Neither... the heat treatment process is what lends the strength to bolts, nuts and screws as well as other types of fasteners. Without the heat treat process you would end up with fasteners that were very brittle and it would fail soon after they were installed. Best wishes! - Max Giganteum

[@larrymelone635]

great video showing both the manufacture of bolts & nuts

[@ninerliner79]

yep, a glimpse inside Infasco, who is responsible for supplying the company i work at with a wide variety of bolts and cap screws as well as nuts

[@darkflux]

yes, but how did they make the bolts for the bolt making machine?

[@ajitgold7814]

9653671123 what's app

[@darkflux]

+Ajit Gold just say it man...

[@sufrihadi]

i guess they have to create a mould for the early stage bolts before these machines are created. fill up the mould with molten iron and form it by hand and there they have it - a bolt for the first ever machine....this is just an assumption...

[@FSCB2013]

Rivets or use another bolt making method like turning

[@sidrahman105]

darkk flux they called on usain and he created a bolt for it. :-)

[@chris4814b]

I was trying to find how threads on screws are made... 8 videos later, this was the closest i could find. Thanks. You need to find the way to get your videos to rank higher on searches. I had to add "how it is made" to my search, to find this.

[@bikeranand]

excellent video, good narration. loved it

[@albertr2212]

i like these videos . informative.

[@jasonzupke1474]

One of the better videos out there!

[@k956upg]

Her voice....are u serious she was accepted as suitable for this job....hIII iMM heEAR to expLAAIN The BoOLt PrOceES

[@greatpower6063]

Alexa got some work narrating documentaries. That was during her wild years when she was dating a much older machine: a typewriter.

[@jamiestirzaker2699]

all these "how its made" videos are just awesome. but how about a video on how the machines that make these things are made?

[@w0mblemania]

+Jamie Stirzaker Search for the video on "high precision cutting tools", etc. Shows how the machines make the machines. Skynet!

[@epistte]

+Jamie Stirzaker Making machine tools just isn't that interesting.

[@comprehendnature2404]

+Jamie Stirzaker : There are three basics: the use of motors, gear system and hard metal. First you need source of force to cut metal to a design shape, you got motors for that. However motors are difficult to manipulate, so you use gears and coupled with controlling electricity it gives you more precision. As a cutting tool, you use diamond. That is because diamond is a hard material which gives you the ability to machine other less hard materials. So after you cut the metal, you heat it and bath it in chemicals to harden it. The gearing system, the ability to control electricity and the ability to have hard metal for cutting gave birth to precision cutting. Now, we got computers, that made it more possible and less time consuming to machine block of metal or other material to a required design. If you machine a part to make a machine and you find out that your precision is say 1 cm. You can use the new parts to make a new machine, and with gearing system, say you got 0,5 cm. Now you have a machine which can machine up to 0,5 cm in precision. Now repeat the cycle many times until you reach to decimal millimeter precision. In addition to that, there is the cleverness of designing your machine to be more precise than other machines that exist on the market. A lot of research is done, like how to get a more precise rotation of motors and the behavior of metals in different temperatures is studied. A lot of researches goes here. In summary, gears are central part of precision machining. Since machining by hand is very exhaustive and error filled, using computers gives us the opportunity to machine complex designs without forgetting or errors. Computers do what you ask it to do. But our mind cannot concentrate for a long time, and our hands can move fast when slow movement is required: consistency is an issue with human hand. Different types of motors gives us the ability to control speed of cutting and to move machined part from position to other. Strong metals such as diamond and others give us the ability to cut very precise with smooth surface finish. Machine parts are made by pressing sheet of metal, or casting metal, or molding plastic or CNC machining it. They use electric motor, hydraulic, pneumatic, or engine as a source of power. The molder, the presser and the caster is made of CNC machine. CNC machine is made of manual machines. Manual machines were made of casting metal and smoothing them thereafter. For casting you just need iron, which we have plenty of, and you need fire to metal the iron. Carbon is added to lessen corrosion and metal strength. Lastly in backward chronology of the story, comes the invention of fire and melting of iron, gold, silver and other materials. The process began hundreds of thousands of years ago with fire --> then came melting of metal --> then came the use of magnet by China for navigation --> then came use of magnet for electricity --> then tool making was made by manual machines --> then came automation--> it gave birth to precision cutting --> then it gave birth to the world of electronics, telecommunication ...etc. and

[@w0mblemania]

Comprehend Nature Awesome.

[@marshwetland3808]

I'd like another video on how the heat processes change the strength and brittleness of the nuts while they're baked.

[@mantiquilla4438]

Marsh Wetland that’s called heat treating pretty much the import parts is the metal is raised to a temperature called the recrystallization temperature. It’s not quite the melting point of the metal but it is 70% of the melting point if I remember correctly. Once they get it to that temp they can change the aspects of the metal and make it have a higher Tensile strength or better Ductility

[@Unteroffizier]

@@mantiquilla4438 The heating and cooling process changes the structure of the metal and thus its properties. The tempering process outcomes is determined by the quenching temperature, the quenching medium.

[@KissingerKiss-fh3us]

Now I know how to screw!

[@superd3gamer]

How its made: Banjo-Kazooie Nuts and Bolts.

[@penguinz1998]

3:00 Not when I shift into.. MAXIMUM OVERDRIVE!

[@Derek_Wyld]

Yeah but fr you know ya shoulda got the turbo ;p

[@DKlugt]

Voor de werktuigbouwkunde strijders, Opdracht 7.51: Welke eigenschappen worden er gemeten? Antwoord: De lengte van de bout, de breedte van de kop en de buitendiameter het schroefdraad

[@HexenMeister06]

if i had a dollar for every pixel in this video i would have a nickle

[@dakkenly]

3:00 is when shit gets serious

[@tor-ivargrav6655]

dakkenly C

[@richfilipcich9130]

Dakkenly

[@alextsitovich9800]

The best music volume. It doesn't interrupt narrator.

[@revolutionaryprepper4076]

I guess you could say this is the nuts and bolts of making nuts and bolts! 😂

[@archiepratt2499]

Daaaame, the quarantine has me watching how nuts and bolts are made, the world changes after this point lmao

[@Anandmechanic]

As a kid adicted to films as an adult addicted to how its made

[@dreadknot2238]

I'm watching this while i wait for m12 bolt to arrive in the mail.

[@beaconoflight4276]

And that's how they screw things up. Nuts!

[@nickolasdrwal7308]

Wish they'd make a video for packaging. You've got mectron machines, Linear GS, retina vision and lasers and hand sort. This is where shit gets serious....

[@totoespinosa2]

I'm not promoting the brand of bolts but German bolts and USA made is the best .

[@zepvista]

and you know this how ?

[@bh9245]

‘Cause we saw it on the internet. Duh!

[@seanseanseanseansean]

announcer: HexaAAAAgonal So aaAAnoyYing!

[@moroccangyy8833]

who cares about her voice. be grateful you can watch how stuff are made, many years ago this was impossible .

[@richiedeffew3188]

moroccan gyy I agree

[@vincentho3964]

Yes. I also find no problem with the narrator. Clear and informative.

[@josetadeumantovani5706]

Congrats! Thank you!

[@Igrozavisimy]

Thanks!

[@kirkjohnson8719]

But where do the nuts and bolts to hold the machine together come from 🤔

[@FinnMcRiangabra]

1. Ha, Ha, that is so funny. 2. It is possible to make bolts (screws) and nuts on a lathe, so that is a way to produce fasteners for rolling, threading, etc. machines. 3. It is even possible to make screws and nuts by hand, but one major benefit of the industrial revolution was to systematize machining operations to make interchangeable parts without a person doing the machining. 4. The interchangeability of fasteners is super convenient.

[@biranchinarayandash7172]

very good informations

[@Trinitrotoluo]

First rater and commenter :D Keep the vids coming!

[@mynx6522]

10 years 0.0

[@MejJalTok]

3:12 A Lord of the Rings moment haha

[@corey_1111]

I’m not sure if I’m going to get much response, or if people know what I am talking about, but I am running a machine exactly like this ; we are having problems with the safety KO bolt number 3, that formers the head. This safety bolt snaps practically daily. Does anyone have any advice please? I am stuck. Thanks.

[@DrSleep00]

Thanks.

[@RubenEggers]

Just fascinating

[@bharattractoarprtsnagaur8321]

Good

[@woodrow0007]

I'm going to say shampfer all day at work tomorrow.

[@383chevystroker]

those are some big bolts!

[@Pertamax7-HD]

nice sir

[@COMB0RICO]

Pretty powerful ability.

[@kenlogin1]

This is nuts

[@hans5987]

Thats funny because how did they get the nuts and bolts to make the machines?

[@manikandansrinivasan6932]

Super

[@axelfoley1406]

nice bowl of honey nut cheerios

[@skater20112011]

The "tappers" haha

[@shnikumartiwari8758]

Nice

[@chvl5631]

Why i am feeling like a detective after understanding how this is made??

[@janaksingh1182]

nice

[@sajidullah]

wow

[@ussenterprise5364]

I think the narrator is a wingnut ,looking for a place to land.

[@blight1885]

Looks like these one was filmed on Infasco, just looked at a box my company bought from them and the label looks the same... Just thought it was funny, they usually leave out so much info about the manufacturers out of the episode.

[@Klint_Izwudd]

The threading was unexpected.

[@mikecagle984]

Is this factory in the United States? If so, why are ypu using heat measurements in celcius instead of degrees?

[@someusername121]

Anyone else strip a bolt tonight and was wondering how they were made?

[@fog152]

thats truly amazing!!

[@Sikhbuddy007]

Any idea about this machine which is making bolts?

[@grigs249]

Ive been there in Canada, Infasco

[@jyotishsewakendrapilani3612]

good

[@C40V15]

You also learned to say "good" & "not good" in french.

[@sunzats]

deez nuts

[@TV-bo6rr]

what is it to make bolts and nuts ?? what it's made of ??

[@epistte]

The material depends on the quality of the bolt. These were coarse thread grade 8 bolts that are made from a medium carbon steel. The hash marks on the head of the bolt tell what grade it is. Im an engineer so this video is geek candy.

[@michaelzhang9389]

what forming process is this? closed die forge?

[@Barsabus]

I'll never need to buy bolts again

[@bestamerica]

' how about harden and stronger bolts / nuts,,, want to see the video how to make lock nylon nuts

[@ИнарХабаев-б8э]

👍👍👍.

[@user-ws3sl9xi7y]

But if these machines make nuts and bolts, and the machines are made of nuts and bolts...

[@ClownWhisper]

Shit on my hardinge I can make about 40 bolts for a minute depending on the size of course I have to make the head separately and it takes about 30 seconds each but still I save a ton of money at Nuts and Bolts

[@user-xf8cz6oo1u]

How much both price? Is delivery free?

[@OskoreiMick]

from the machinery manufacturers

[@iftikharhussainbaloch4642]

Wow

[@xphobus]

If you have a lathe you made everything

[@w0mblemania]

+xphobus Well, maybe. If you wanted to make things very slowly, and very expensively. Every product has different manufacturing needs.

[@MrShabo1er]

How the hell did they make the nuts and bolts that hold the machine that creates nuts and bolts together?

[@Orgakoyd]

+Gregdeseve I was thinking the same about moulds, because they use moulds to make moulds as well.

[@tubester4567]

+Gregdeseve Easy, you can make nuts and bolts on a lathe. Thats one of the functions of a lathe, screwcutting, you can get raw steel and cut a thread on it. You can even buy steel that is already hexagon shaped like for nuts. OK now you're going to ask, how did they hold together the first lathe. Most of the early machinery was held together by rivets. Much of the early machinery was also cast in one piece so few joins were needed.

[@CamaroRick]

I wish I had a part time job there

[@angelGarcia-sq3be]

Camaro Rick go rfi part time if u live in Indiana

[@muhammadimran5303]

How much price of this machine

[@md.shahjahanbhuyain9393]

How can buy this project, pls can you advice me?

[@Odyzzeus1]

how does help to understand proprity components

[@jamesbarratt593]

Wish you had gone slow to show the nut being punched in Hex.

[@kirtikumarpatil9575]

hi. i want open nut bolt factore. please suggest me. i show this video. i want to open nut bolt factore which i have seen in this video. i to open like this factore which is shown in this video. please contact me.

[@user-hm9mj1hc3j]

How it's made, deez nuts and bolts

[@doyouhavegainsonyourphone4507]

lol

[@sturgeonhunter2321]

i see how you were made... in a test tube.. failed one at that

[@ronakbadam3622]

+Foster Rich not

[@mjacksonkaimudin9351]

+須田みずほ ferry good, i am from indonesia,PT ERS INDONESIA

[@peilingng7791]

Mjackson Kaimudin

[@insertgoodname4809]

God no! not this woman's voice!

[@canigetayass5912]

And that kids.. Is how you were made ;)