Uuh ya man jewelry doesn't count anymore . We have super metals now tool metals that will exist forever super metals are insurance from crashing back to the stone age because toy and entertainment company's own science
@@UncleMerlin No need, This is high chromium steel, there is no known chemical that can stain it, not unless you start throwing in assets so strong they will melt through it anyway. Humanity is truly amazing when we put our minds to something, The perfection of the machine is truly a beautiful thing, All praise the Omnissiah!!!!
@@anarchyandempires5452now tell me how much of what you said you just pulled from God only knows where? I think a much more probable and better answer would simply be..... It's billet aluminum!
I know it looks super accurate due to the shapes inside of the object but there is no way to see that detail. All we really see is the smooth surface when the two pieces are together. As a 40 year machinist can you agree this is likely a slight of hand trick. Getting a smooth surface like that is not the great feat that people assume the internals are, right? Consider the sticking power of gauge blocks. They have to be slid apart. How can this item be pulled apart if it has the precision the video wants us to think it does?
@@CheaddakerT.Snodgrass my take is air holes to make it so they dont stick and/or all the effort is actually in the surface and final presentation. Youre right that a tight fit like that on all surfaces would be a curse to pull apart
@@CheaddakerT.Snodgrass The piece is definitely designed with this in mind and frankly, that's a bit more impressive. This isn't insanely conplex geometry but this is no easy feat. What's crazy is there's still debate as to exactly what's going on that causes guage blocks to behave that way. It's really fascinating.
I have said this several times when looking at modern high tolerance machining, but it bears repeating: There was a time, not too long ago, when the idea of machining metal to these tolerances was literal science fiction. It was a hallmark of the genre to say something about how the alien craft was so well made that when the door on the exterior opened it "came from nowhere" because it was completely seamless.
We can't recreate something we don't even understand. A hundred years ago the pyramids were tombs, now they're saying they're conduits for energy and we're no longer sure the Egyptians even built them anymore!
The fact that they have a negative part, and then have to mill a positive part from another block of metal and it matches this well makes it even more impressive.
@@weaselodooms brudah, is CAD really that hard to deal with, also, with the advancement of technology, CNCs or 3D printers are coming out more and more precise everyday...
@@yaneinherjar having a cnc and a 3d printer, im well aware how challenging cad is. Yes it's getting easier, but there is still a substantial amount of skill needed to both design the part, and program cutting speed and depth so you dont ruin the program is a skill that's hard to perfect to this quality.
@@Sycron66 Bro the video literally says, "this is why machining is so impressive." Yes, the guy pulled the metal brick apart. BUT it was already cut very precisely by a machine. There was nothing special about that guy pulling apart a metal brick that was already cut to perfection. The machine is impressive for the cuts, not the man pulling the pre-cut brick.
I remember seeing a set of calibration blocks in a box in a university lab. The professor showed us the blocks were so perfectly machined, when the surfaces came into contact the atoms just stick together as though they were a single piece. But this one is just insane.
there are some videos out there on how the lvl is so high that air is not supossed to be able to escape through the cut, so the simply presure of air on the cavity made very hard to align the borders unless there is an opening to allow it to leave.
It’s called wringing. A thin layer of machine oil helps but yea it’ll hold together. What’s more interesting is wet bonding glass. If you wring two pieces of glass (borosilicate) with a drop of water in between- they will not just stick but permanently bond together covalently.
The amount of programs ive fixed by myself and made into a perfect part is too damn many. No engineer on the floor and my work starts looking like a greek sculpture
When I get a new model to process it on the cnc it's like 99% chance it will be a screw up untill I clean it up myself, it's just how it is when manufacturing. . .
The problem with zero tolerance machining is that its agonizingly slow, about 10x the price, and not worth the time for the vast majority of machined stuff. But if you wanna pay $600 bucks for a something that usually costs about $20, go ahead
You know when a join is perfect when it creates a vaccum between the surfaces the atmospheric pressure pushes them together, just like glass suction cups they expel all the air to create a vacuum. The atmospheric pressure pushes both glass and cup together. A vaccum cleaner doesn't suck, it's the atmospheric pressure filling the lower pressure dragging all the dust, dog hairs, cat hairs etc along with it inside the cleaner.
That is not an example of wire EDM machining. They may have made the tapered post and hole features using plunge or probe EDM, but more than likely precision conventional machining was used to make the tapered posts and holes too.
For those who don't know, it's made starting from 2 pieces of metal, carved into fit one another, not cutting a single piece of metal into two. Which is still very impressive.
Magic Tricks.... Nice work for sure, but as a Mold Toolmaker myself a final Surface Grind is great at hiding a Split Line. This is because the direction of the grinding generates a burr that fills across a tiny gap hiding it. If it was NC Milled after surface grinding, and without a final grinding, you would definitely see a faint witness line. Great work though!
@@nobodyuknow4911 I can't agree with that at all. @verbatim1144 is correct. Surface grinding hides seams very nicely because it breaks up the light as it's reflected from the surface.
EDM machines are incredible in the tolerances they can achieve. Edit: my bad, it's been explained that this is done with high precision milling not edm.
I saw a video on it a while back and those two blocks are in fact cnc machine from two different blocks which to me is even more crazy. It's from a japanese company
Oh really, damn that is really impressive. Now that I look at it again in more detail that makes sense because edm wouldn't be able to get all those studs with the softened and rounded corners right? I don't know that much about edm actually but I just assumed because it's seamless that it was edm based on other videos of edm parts I've seen..
I wouldn't know the difference between EDM machines and other types. Just because I like dubstep doesn't mean I can tell you what program skrillex uses
No the fuck you cant, there’s literally no gap between them. And if there is, it’s most definitely not visible to the naked eye. Shit maybe even a microscope.
Whoever machined this better be VP of Operations plus Director of Learning and can still machine and teach the new guys. Add yearly bonuses for the guys on the floor.That was impressive.
Ain't it amazing how beautiful a piece of metal can be
You need a women in your life😂
That’s why they make jewellery out of metal
Uuh ya man jewelry doesn't count anymore . We have super metals now tool metals that will exist forever super metals are insurance from crashing back to the stone age because toy and entertainment company's own science
precision machined metal is jewelry
@@thecontentprism yes brother jewelry made of metal not out of jewels themselves
This dude lined up the particles on an atomic level for it to look that flawless
You can see the top grove. It is still very impressive.
Ufo
@@tryhardfinessedyou the bottom too but u wont notice until ur looking for it lol
No. Not even close to that precise.
@@liamx6636 its a joke bud
Single spec of rust: "oh yea?!"
The same machine waiting to carve out the rust: 😂
@@UncleMerlin No need, This is high chromium steel, there is no known chemical that can stain it, not unless you start throwing in assets so strong they will melt through it anyway.
Humanity is truly amazing when we put our minds to something, The perfection of the machine is truly a beautiful thing, All praise the Omnissiah!!!!
@@anarchyandempires5452now tell me how much of what you said you just pulled from God only knows where?
I think a much more probable and better answer would simply be..... It's billet aluminum!
@@UncleMerlinyou saying "CARVE out the rust"
Me:😂
Aluminum thst rusts? 😅
As a time-served machinist with 40 years experience, that is seriously accurate work.
Thanks, i couldn't tell
I know it looks super accurate due to the shapes inside of the object but there is no way to see that detail. All we really see is the smooth surface when the two pieces are together.
As a 40 year machinist can you agree this is likely a slight of hand trick. Getting a smooth surface like that is not the great feat that people assume the internals are, right?
Consider the sticking power of gauge blocks. They have to be slid apart. How can this item be pulled apart if it has the precision the video wants us to think it does?
@@CheaddakerT.Snodgrass my take is air holes to make it so they dont stick and/or all the effort is actually in the surface and final presentation. Youre right that a tight fit like that on all surfaces would be a curse to pull apart
@@CheaddakerT.Snodgrass The piece is definitely designed with this in mind and frankly, that's a bit more impressive. This isn't insanely conplex geometry but this is no easy feat. What's crazy is there's still debate as to exactly what's going on that causes guage blocks to behave that way. It's really fascinating.
As a commenter for 40years, this work is really good.
I have said this several times when looking at modern high tolerance machining, but it bears repeating: There was a time, not too long ago, when the idea of machining metal to these tolerances was literal science fiction. It was a hallmark of the genre to say something about how the alien craft was so well made that when the door on the exterior opened it "came from nowhere" because it was completely seamless.
ahhhh.. the thoughtful voice in the room...
As a mashinist i say, not really
I was thinking the exact same thing!
Thank you for the image.
Cause aliens don’t exist it’s always been human with more advanced technology. We don’t know what we don’t know until it’s being done.
I Imagine this is how Transformers hide their transformation gaps or lines during vehicle mode.
That and extremely tiny segments like in tf4
Yeah, this is how I used to do it. Been a while since I've transformed tho
@@dboyedoe same. Hurts my knees
Your on to something, just gotta go deeper down the rabbit hole: Alien technology, how the pyramids originally looked, cloaking devices.
You're
People legitimately think we couldn't recreate pyramids with modern technology.
That's what people become so obsessed with story telling
They don't try or do research on their own, to prove it
A lot of people are too deified and fanatical about something that we could actually do with science
Most those people want to believe aliens exist and visit earth, and try to shape facts to fit that narrative
We can't recreate something we don't even understand. A hundred years ago the pyramids were tombs, now they're saying they're conduits for energy and we're no longer sure the Egyptians even built them anymore!
I was about to ask why I was staring at a sheet of metal but then realized it wasn’t a sheet of metal, it was a masterpiece of metal
Ha!
Me to at first.
The fact that they have a negative part, and then have to mill a positive part from another block of metal and it matches this well makes it even more impressive.
Computer controlled, brudah, nothing impressive about a computer doing precise work 😅
@@yaneinherjar being able to do the cad programing, and having a cnc capable of making such precise cuts is impressive.
@@weaselodooms brudah, is CAD really that hard to deal with, also, with the advancement of technology, CNCs or 3D printers are coming out more and more precise everyday...
@@yaneinherjar having a cnc and a 3d printer, im well aware how challenging cad is. Yes it's getting easier, but there is still a substantial amount of skill needed to both design the part, and program cutting speed and depth so you dont ruin the program is a skill that's hard to perfect to this quality.
@@yaneinherjarAlright. You make the machine and code it and set it to create that. Let's see it.
That dude is crazy strong and talented to pull that metal apart like that and leave each half more beautiful than in the beginning.
I can't tell if this is sarcasm
@@doesntmatter11890I don't even know anymore.
@@doesntmatter11890 That wasn’t sarcasm. Dude literally pulled a metal brick apart
@@doesntmatter11890 He's serious. The guy was caught selling bridges, while ripping them in handy pieces
@@Sycron66 Bro the video literally says, "this is why machining is so impressive." Yes, the guy pulled the metal brick apart. BUT it was already cut very precisely by a machine. There was nothing special about that guy pulling apart a metal brick that was already cut to perfection. The machine is impressive for the cuts, not the man pulling the pre-cut brick.
Bro neglecting the corner of his nail 💀
😂
Sometimes it's the little things...
It’s a tool to separate the two pieces of metal
There’s a reason for it, prevents ingrown nails, you don’t want to trim the corners of your nails past the nail bed.
Bahahahaha!!
Well, you can't be great at everything in life!
That is what we call zero tolerance work. Top job mate
It is never actual zero.
@@heyhoe168 duh, you can never cut without removing material 😂
As a machinist, I can confirm this is as impressive as it looks. Great work
As a machinist who became a QA final inspector, this didn’t just impress me. It made me want to shed a damn tear.
@@GrimmReaperXIII bro has never heard of EDM…
Thanks. All we needed was your validation
@@nickhanneman3108 thanks. you did. i'm glad you're self-aware.
@@Minerals333 The profiles were not cut with EDM, that's a straight wire cut.
As a man that knows absolutely nothing about how to build this. I can confirm, this is amazing.
Единственный в адеквате,остальные просто ИДИОТЫ☝️😉🤣🤣🤣🤣🤣
You are correct. The dude wouldn't know where to start even if you handed him the blueprints.
it's called super tolerance or zero tolerance made with wire EDM👍
@@ashutoshavasekar2260 Wired EDM yes. But howtf did they get those holes.
@@huehuehue13 they may be created with super precision cnc work
I remember seeing a set of calibration blocks in a box in a university lab. The professor showed us the blocks were so perfectly machined, when the surfaces came into contact the atoms just stick together as though they were a single piece.
But this one is just insane.
Gauge blocks!
there are some videos out there on how the lvl is so high that air is not supossed to be able to escape through the cut, so the simply presure of air on the cavity made very hard to align the borders unless there is an opening to allow it to leave.
I am going to applaud, not the professor, but your ability to see the distance between atoms with your human eye.
@@Supremax67 eu também achei improvável a explicação do professor. Não faz sentido nenhum
It’s called wringing. A thin layer of machine oil helps but yea it’ll hold together.
What’s more interesting is wet bonding glass. If you wring two pieces of glass (borosilicate) with a drop of water in between- they will not just stick but permanently bond together covalently.
Can anyone imagine how hard a decently pinned lock would be to pick if it had these kinds of tolerances?
@@Wungus_Bill Have you watched lockpicking lawyer or mcnally?
@@Wungus_Bill Cool! That is a good lock
Key would need a cushioned case 🔑
and made of titanium lol @@Fletch2022
That's a pretty good side thought. If you used hard enough metals the sheer line wouldn't wear for a super long time either.
Fun fact: When two surfaces are this flat there is actually a weak molecular bond that requires force to pull them apart.
Not molecular, atomic level bond. Vanderwalls inter atomic attraction.
@@ziplock8316 You’re right thanks for clarifying 👍
@@ziplock8316 Sub-atomic particle modification?
If you rub them together fast enough, they become one piece.
You could kind of see them snap back together
I need this for my belt buckle.
That’s a great idea!
I need the Cybertruck door handle to be like this
Lol it doesn't hold together THAT tightly...
@@MrTrevortxeartxe haha 😂
underrated comment
That's why Transformers look clean in car form
There was a company here in SC about 20+ years ago that made parts like that. They required no gasjets between the parts
This is the results that you get when the office workers are away on some outing, leaving the CNC Operator the fuck alone.
Unlike what most co-dependent extroverts will tell you, some jobs are best done in solitude.
The amount of programs ive fixed by myself and made into a perfect part is too damn many. No engineer on the floor and my work starts looking like a greek sculpture
Fresh out of uni boys think they know best unfortunately
😂
When I get a new model to process it on the cnc it's like 99% chance it will be a screw up untill I clean it up myself, it's just how it is when manufacturing. . .
Now that we know it's possible, I never want to see a seam ever again lol. That's pretty sweet!
A perfectionists dream
Then don't look at my nutsack
For the right price that can happen.
@@dontfeelcoldand the right time :D EDM does miracles, but the speed is painfully low
The problem with zero tolerance machining is that its agonizingly slow, about 10x the price, and not worth the time for the vast majority of machined stuff. But if you wanna pay $600 bucks for a something that usually costs about $20, go ahead
Imagine archeologists finding this in the future and wondering how it was made and what it was used for.
Man I love zero tolerance machining.
Until rust and corrosion set in.
@@chrisd0427 it's alloy
@@chrisd0427 or one is hotter than the other part
I have no idea how they do it for internal features though, doesn't the wire have to be pulled taught?
@Chris D why even put this comment?
As a machining apprentice, this is pure dopamine
I just noticed how satisfiying of a loop this could be
It looked even clearer when you put it back together
Zero tolerance. That means they hate seams or something like that.
Something like that! 😂
Nano precision
Almost incredible...
Anti-seamitic ? 😏
@Peter Fitzpatrick I see what you did here but I can't see what they did there
And that's the key to no doors on a flying saucer
Exactly what came to my mind!
you can kind of see the line starting at the top from the contrast of the debris on it, but even so its still rlllly hard to tell! great machining!
Bro is so strong he can perfectly rip metal apart with his bare hands, and then He-Mans that shit back together
Even though you can BARELY see the seam at the top, this machining is pristine
I noticed after reading your comment ! 👍
Likely due to the oils from his hands. Noticed on top and bottom of piece in the beginning of video
Nope, it’s more the angle it’s in in contrast to the lighting. The fingerprints don’t even highlight the seams
There's always that one guy in the comment section.
@@jimboalogo cry
Damn guys. .0005 on that or what. What a insane piece. Well done
I'd probably add a zero. Or two
@@marcusclarkson2657or four lol
@@yumsayin7078 I never went that small lol.
Wire EDM machines use 0.00004" steps, some 0.00001"
I think that even 0.001 is enough to get this result
You know when a join is perfect when it creates a vaccum between the surfaces the atmospheric pressure pushes them together, just like glass suction cups they expel all the air to create a vacuum. The atmospheric pressure pushes both glass and cup together. A vaccum cleaner doesn't suck, it's the atmospheric pressure filling the lower pressure dragging all the dust, dog hairs, cat hairs etc along with it inside the cleaner.
I can see one of the seams at the top of you look closely enough but still crazy good tolerances.
That is some extraterrestrial machining lol
Aliens:😎
EDM most likely
@@akman1947 Im like 70% sure that edm can't do round angles but I could be wrong
@@akman1947 yeah not sure if EDM could even do angles that aggressive
@@alexeaston2575 it is milled
This would have been sorcery 10 years ago.
10?
? Wire EDM CNCs have been around since the 1970s.
I was a machinist 10 years ago, this is nice, but you should try an extra 0 and even then they had mad precision. Even with conventional
At least sixty two people thought humans living in 2013 would look at this and think "OMG magic is actually real" 😂😂😂😂
@@bluelick7578 Yeah, Whitworth for starters
the machinist crying rn:
Actually let out a verbal "Whoa!"
We've been trying to get in touch with you concerning the Extended Warranty on your CNC machine.
Jokes on you, I used my CNC machine to make a replacement CNC machine
Consensual Non Consent machine?
My what machine?
@@ThatGuy-c any guy who is into that is a closet rapist.
huh? lol
That is a thing of beauty. I know something about machining, and I've seen videos like this, but there's something special about this one.
This is why CNC machines are impressive
I wished my car doors sealed this good
that was so smooth wtf
Попробуй девок потрахать😂😂
It's called wire EDM machining. Crazy tight tolerances.
@@mmace3 Also one of the slowest forms of machining. Incredible tolerances tho.
@Andrew Lang also most expensive!
That is not an example of wire EDM machining.
They may have made the tapered post and hole features using plunge or probe EDM, but more than likely precision conventional machining was used to make the tapered posts and holes too.
As a cnc machinist this is absolutely wild work
I dont think this was made on a cnc.
@@Michael_eMki with 5+ axis anything is possible
@@Michael_eMkiits called wire edm
@@Seabass1206you can't cut stuff wthout penetrating to the other side with EDM
@@vladimirlenin4512 it’s definitely some kind of EDM maybe not wire edm but its 100% EDM
EDM. This is a functional tolerance even I have yet to master and I've been at this for 35 years. First rate! Impressed for sure!
For those who don't know, it's made starting from 2 pieces of metal, carved into fit one another, not cutting a single piece of metal into two. Which is still very impressive.
Maybe more impressive
Kinda obvious, otherwise it wouldn't be possible
@@ChiralityPracticality It is entirely possible. You ever use a bent jigsaw blade and try to cut a straight line?
@@benische that'd be one magical saw blade! Did you look at the shape's
LOL
Someone, somewhere, probably has a secret room and this is how it opens.
Hidden in plain sight
@@seansmith1725 Damn! Where?!?
POV of ants "Aware Guys there is a big crack"
the perfect technology for REAL hidden doors
Imagine a door like that, you can either open it up from the inside or if your on the outside facial recognition.
Yet my boss still complains about set up times.
Don’t miss those days lol
Lmfao felt that in my core
Haha yup
🤣 I felt that.
Better get that machine running
This is what my boss expects... What i deliver is a different story
Ты делаешь такие вещи😮
Minimum wage minimum effort
What you deliver is what they pay for lol
Really amazing how it is seamless when attached like there is no gap at all.
That was just so.. idk I've never seen anything more beautiful in my life
The man is a fucking Wizard! A wizard I’m telling you!!
lol
No
Dude it's just machined and then finish ground
😂😂😂😂
не все поймут источник xD
As a machinist, that is impressive!
5000 years from future humans will say that aliens 👽 did it and how can they with there future technology can’t do that 😅
Not really. Considering a machine did it
@Ashton Danesh that will be dust 5000 years from now.
@@mid-wikid it still takes an operator to dial it in.
imagine what the tolerances looked like
“Now that we’re men”
-SpongeBob and Patrick
the polish being vertical also adds to the illusion
Right (our left side) thumbnail could use some of that cnc cut
I was looking for this comment
Some guy in ancient Egypt : hold my sphinx
That's a handshake between the operator and the machine..
Bravo!!!
My brain was not built for this
I remember this being used in various Sci-Fi stories where a solid metal wall would have a hidden door with invisible seams.
Like UFOs and their door appearing from nowhere
Gotta file that thumbnail, homie!
Xd you don't understand mom, it's style.
@@Creamin_All_Offensive Pinky nail I would understand 😂😂😂
Bro this would t even last a second with me I would have chewed it off instantly
@@EddyG0rdo That’s what I’M saying!
You the type of person to visit the Grand Canyon and point out that the parking lot is not big enough.
There is no way he could tear off a piece of steel. This man is incredibly powerful.
this comment is so stupidly funny that its genius
My jaw dropped for some reason
That is incredible skill. Most people won’t realize how hard that actually is to produce
yes even with machines that is much harder to do than manual smithing
Easy as
Magic Tricks.... Nice work for sure, but as a Mold Toolmaker myself a final Surface Grind is great at hiding a Split Line.
This is because the direction of the grinding generates a burr that fills across a tiny gap hiding it.
If it was NC Milled after surface grinding, and without a final grinding, you would definitely see a faint witness line.
Great work though!
It's all but certain to be EDM, the surface grind is more polishing than concealment.
I came looking for this comment.
Those edges will be dangerous sharp.
Thank you for saying it. You can even get a similar result with much coarser methods than a surface grinder.
@@nobodyuknow4911 I can't agree with that at all. @verbatim1144 is correct. Surface grinding hides seams very nicely because it breaks up the light as it's reflected from the surface.
Now THIS is engineering at it's best!!!!
That's some DAMN FINE work there! Your cnc must really be dialed in!
I can't remember the name of the process off the top of my head but it's not like most reductive machining
@@zenkoz3158 It's not electric discharge machining (EDM), if that's what you were thinking of.
That’s some precision shit right there…. I’ve seen gauge blocks that are Uber tight… but that is phenomenal
Alien artifact for sure
this is unbelievably satisfying
EDM machines are incredible in the tolerances they can achieve.
Edit: my bad, it's been explained that this is done with high precision milling not edm.
EDM capable of those curves and fillets? If so that’s pretty sweet
I saw a video on it a while back and those two blocks are in fact cnc machine from two different blocks which to me is even more crazy. It's from a japanese company
Oh really, damn that is really impressive.
Now that I look at it again in more detail that makes sense because edm wouldn't be able to get all those studs with the softened and rounded corners right?
I don't know that much about edm actually but I just assumed because it's seamless that it was edm based on other videos of edm parts I've seen..
I wouldn't know the difference between EDM machines and other types. Just because I like dubstep doesn't mean I can tell you what program skrillex uses
@@tybirous3417 just because joe biden is the president of the united states doesn't mean he's actually going to help america
The part was very precisely machined, fitted together and surface ground on the outside, eliminating any visible parting line between the two halves.
Can be seen at the top pretty well
@@davidjosh5640 damn after going back I see the whole thing now thanks lol
EDM allows this
EDM
Loved the part where he explained why machining is so precise
It's laser cutting that's why it's looks very smooth
It's a smooth cut, that makes its line invisible
Insane! Beautifully seamless as if it was one piece
CAN WE GET MUCH HIGHER (SO HIGH)
@@eviltadpole6132 What song is that from again
Needs the same precision with his nail cutters :)
This must be gabby commenting, not tim
But with the name tim, it very well may be
Joint Facebook, and UA-cam? That’s a first. Your balls are in her purse
@@bigbrudda96 Good spot.
Highly impressive 👍🏼
That looks like such a good fit I would be worried about it wringing together
I was thinking the same thing, a drop of oil and good luck getting that thing apart!
When Ppl say the ufo had no seems but a doorway just open
That is beautiful.
There is so much more to this than just being wondefdul
😊
"don't rev it up cold"
😄
Bro split that like the atom
I can see the lines at a certain angle in the beginning but other than that it’s completely invisible! Very nice
Your high
@@joshuabarnes7167 you can! Lmao look at the top at the beginning the light shows the lines
I could see it too ,, for a second or 2.. more of the light refraction … but I could see it only after I already knew it was there and looked for it…
@@joshuabarnes7167 you’re blind
You can spot it by the fingerprints but this is some flawless work
No the fuck you cant, there’s literally no gap between them. And if there is, it’s most definitely not visible to the naked eye. Shit maybe even a microscope.
So clean!
This is what the hidden door into the pyramid in Antarctica looks like
Whoever machined this better be VP of Operations plus Director of Learning and can still machine and teach the new guys. Add yearly bonuses for the guys on the floor.That was impressive.
It was done by a wire EDM machine, they are the only things that can cut that thin and seamlessly
@@alexmills1329I can do it by hand without a machine or power tools and do a better job.
This is due to metal molecules. Even I can cut with this precision. This is not ordinary metal.
@@ksamfps456 I can do it by hand with n e metal
@@alexmills1329 couldn't be entirely wirecute. The protrusions and recesses would be entirely impossible to do. Probably sink edm
They can probably make a real life Transformer if they can afford it
UFO’s being seamless be like
there actually visible at the begining of the video, so its more of light and reflexion, nice.
I have "zero tolerance" for videos like this!❤😂
Underrated comment. 🎉😂
This is the tolerance we need.
The atoms aligned lol
The cameraman did exactly what i thought
It's funny how a block of metal doesn't get the same response.
Wait, maybe all blocks do have seamless joints you just have to find them.
Hit it hard enough and you'll find that slip plane
Because it's a singular block of metal it's one solid block of metal what are you talkin about
The reason why the one in the video gets a different responses because it's been cut
Even the light didn’t break on the seam. Then there truly was no seam lol
Yes there was. Look carefully at the short horizontal line about 1/2" down from the top edge. It's just a bit to the right of centerline.