Matsuura V8 Block Machining from Solid Billet 2013 edit NBM
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- Опубліковано 27 січ 2013
- Matsuura MAM72-63V machining a V8 engine block from solid material. This is almost identical to the video posted previously - only this one does not have the music - as requested by many! Enjoy the awesome tones of the Matsuura Maxia spindle creating this epic block.
- Наука та технологія
Here it is 2020,in lockdown,in Australia.I've watched beekeepers,woodlathes and now machining something. I'm a 71 year old woman fgs, I have no idea what is happening,but I'm glued to the screen...lol. thank you UA-camrs for making life enjoyable in the worst of times.
how ya doing?
@@mrt6399 doing great thanks,how are you? Have a great Xmas mate.❤
@@whateveritis3103 i am well! thank you, you as well!
Fantastic! And thanks for not having any "music". Listening to the machine is enough for me.
Impressive stuff, finished result just perfect!
I worked many years with CNC Machines, operating and later as maintenance technician for CNC machines.
They are a piece of art.
Back in the 70's i worked for a smallish custom automobile manufacture in Chisinau, Moldova .Our specialty was high end automobiles for the soviet elite. We built engine blocks and other components out of cast aluminum billets that were of similar or superior quality to the matsura v8 block, although due to price considerations and time constraints most of them were in- line 4 or sometimes 3 cylinder variants. Modern cnc technology of course wasn't available in soviet block countries at that time so the machining had to be done entirely by hand, using a file, angle grinder and drill motor. The soviet invasion of Afghanistan in December '79 put the kye-bosk on the operation and we were defunded. Most examples have been lost but some of our most exemplary work remains on display at the Bulgakov museum in Moscow. The 3032 cc 4 cylinder engine was intended to power Leonid Brezhnev's luxury skiff that he used when visiting his villa on the eastern shore of the Baikal, but with his poor health and the exigencies of the war the engine was harnessed for use in an armaments factory outside of Minsk, where it was used to power a 17 ton flywheel press that was use to stamp out such necessities as differential covers for the T72 tank and and belly armor for their helicopter gun ships.
i work for a leading aerospace company and i can tell you that manual machining is still alive. we still do the finishing of special parts on a 1975 SIP Genevoise. it takes the human touch to get that micron off
Cool story, needs more dragons and shit
@@help_me_get_a_play_button GTFO
That engine block is like a jewel. fantastic.
Which brand car is this v8 going into ?
silverss onyoutube its a display or a demo only.
Great video...just the sounds of the machinery...
First time i see a engine block dance, awesome programming.
WTF! Unbelievable the way that thing machines so intricately.
Thanks for reposting without music !
Love how people use a V8 especially a aluminum block as a coffee table first seen one at a large servo in 1992. :)
I ran a Matsuura 5 Axis 30 years ago. Great machine. Rotary table had some issues when coolant got inside it.
What is the latest standard of cnc machines now for large scale operations?
Stunning it's a work of art
Music to my ears.
AWESOME!!!
I was always under the impression that aluminum engines were poured like cast iron was.
That is AWESOME!!!
They are. This machining technique is really only used for high strength race engines and the like. Mass production engines are indeed made from castings
Simply amazing!!!
Amazing, that is a beauty.
What a piece of pure magic!
Great engineering
This..
This is art..
The MAM72 is a great machine!
That is a beautiful v8
Espectacular, lo puedo mirar y mirar sin cansarme.
This video shoot my brain to the space!!! Wow.
7:05 Rock-a-by-bilaby on the cnc top!
Beautiful.
Amazing!
Cool....amazing CNC machine...😮😮😮
Very nice Video, I hope the Engine works.
Is this the actual time or you speed the video ?
How many hours it tacks to finish up the operation ?
3:25 - COOLEST COFFEE TABLE EVER...!!!
That would be a beautiful coffee table bass.
Can you please add the Amazon Link :)
What was the deep well machined in around the cylinder bores? Is that for use of a specialty modern head gasket? Or something to do with the steel inserts they put in the bore?
Just an open deck cooling design. The cylinders are completely surrounded by coolant. Very common today.
How many hours did this take to complete ?
this is how Terminators are made
No, that was a movie. It will take at least another 18 months before that happens in real life.
no that happened 5 years ago! Skynet is still not built tho.. so no problems till it is built.
I'm curious how much a block of billet big enough to make an engine block out of costs just for the material
I would give anything to own one of these machines...😍😍😭😭😭
fantastic i am very enjoy thanks programmer
Awesome
At 3:45 it would make an awesome coffee table!
Matsuura fishing reels cost five grand can't fathom how much one of those blocks would run beautiful work though.
hi who supplies the billet?? is it forged? is it 6061?
Hi just curious to know how much did that cost to make that engine
Are you curious for the price of the milling machine, or the cost price of the engine block? Cost price is just an abstract concept. Better ask for the price tag of the car with that block
never mind the engine but this machine is unbelievable
Next year, just hit "Print".
Sat-View Nope.
Additive manufacturing is in infancy, maybe even further back. There's a reason top fuel dragsters run billet machined blocks, not cast anything.
That kind of tech is at least 200 years out.
DMLS machines are all ready here. It's only a matter of time before they are common in shops other than the dental implant business.
Good luck getting the same properties out of a porous sintered part as you would from a forging. There's certainly alot you can do with SLS or bound metal FDM, but you won't get the same level of precision and strength as a part machined from billet or a forging.
I can see where the technology will get there eventually. Even after printing you are still going to have a lot of machine work to do. I really would not trust threaded holes that are 3D printed vs one drilled to the proper size and tapped using form taps. Much less any of the extremely critical surfaces, and bores. Especially in aluminum. I would not be surprised however if automotive or other engine manufacturers are using a 3D process for prototypes vs having to make special castings or welding for one of's.
Are all engine blocks machined from a solid block of metal? Or are there other ways of making them?
I wonder how long it takes to machine an engine block like this ?
9:40 when you forget to secure the part down on every axis...
1 , how long did it take total , 2 How many lines of code ? 3 How much stress relief ?
Wow! Looks amazing! Wouldn't this method of forming the block be really expensive? Is this just a demonstration of the machines capabilities?
very exp
Very cool
Nice video for a nonfunctional bit of eye candy. It would have been great to see if they were able to overcome the cooling and lubrication issues and make it work. Now that would have been extra impressive I sure hope they do, I would like to see it run.
Вот это станок! Я в восторге! Фантастика!!! Мне что бы эту деталь выполнить наверно пришлось бы 1,5 млн. установок сделать! И то так бы не получилось...
Реальные пацаны- металла не жалеют!!!
Nice !
That's wild
Did you make this run?
Thank God for all these machines. Now I can just sit on welfare and watch these vids all day
how long is the whole process?
Longer than forging process -- but no furnaces!!
4 seconds
Qual a importância de usinar a peça dentro de tanque de líquido de refrigeração porque às vezes USA LIQUIDO GELADO TANTA INFORMAÇÕES MAS NINGUÉM FALA faz isso ninguém responde é tecnologia de ponta obra de arte c.n.c. MAGNÍFICO UM BRINDE AO CONHECIMENTO E SABEDORIA E TROCA DE INFORMAÇÕES .👍
Just plain aluminum melted down is 6063 aluminum. But I'm sure they used special alloys such as 6105 or stronger for a block application. My company actually hauled all the bullet to Fontana to press into that little Giant ladder. Which had to be strong because they guaranteed 300 lbs in any 18 inches of the ladder not to break. That is to say you can put the ladder on two other ladders sideways and you could put 300 lbs in the middle no problem. You also have 6061, 6105, 6063 and one other. That ladder they made one million lbs worth per month. All 6105 alloy.
I wonder how many hours does it take to make one
you just watched it 16 min. hahahaha
Cudos to the programmer, awesome job...
Price tag for one of these blocks?
They are moving the workpiece in three axes while simultaneously moving the tool in two.
no, in this particular machine the part moves in y, a and c (the rotary portion) and the tool moves in x and z
This would be great to get done at any machine shop if you had a classic car and you needed a replacement engine black
🤣 if you had an extra 20k
we got like 16 MAG3 machines at my shop...wonder if we can make it faster i dont know they dont like long cutters.
Awww yeah
Japanese engeneeing is definatly the best.! 👍👍 Hello from lazy and crazy Germany 😪😫
whatdoya mean? The music on this one was awesome.
What's the average price of custom engine built like that?
I would like to know if that engine is supercharged how much is the max boost in bar or psi
42
Not supercharged
how will take to pass the whole process? how can many blocks per hour produce?
20 Machines in a production line or more, a lot me think
I wonder how long it takes to completely machine a block like that and how much it costs? Amazing!
week or two and upwards of 30k for v8s. little less for 4cyl. referred to as billet blocks for racing
Depends on the machine really and how they're processing the block. V8's on the LSx platform are available for ~15k right now. Some inline 4's for from 8k and up, depending what you want.
k bien !
Wolfram, aluminium +
How many hours to complete the entire block and heads?
Yes the machining work is amazing but not half as amazing as the guys creating the computer programs.
no its more amazing
Why didn't they make this block closed deck for reinforced sleeves
Chrysler Bellhousing? Whats the Aplication, NASCAR?
ZGERMAN The junkyard
The purpose is display, in this case. Should complete machining be done it'd be for something like a funny car.
Is this Steel or Aluminum??
D5711 It's a piece of meteorite from the island of Komodo.
CNC Twerking!
Im doing a cam upgrade, do i need 1 of these lol
Красота
Must be the most expensive engine block in the world, takes forever it seems
8:34 what is that hollowed way used for?
that's the housing for an o-ring
Natan Oliveira
It's an open deck block, not for an oring.
Are billet engines only used in drag racing? I’ve heard some use 4 cylinder billet engines in time attack but that’s about it, if anyone know more please let me know.
They're used in a lot of motorsports. Sprint cars (alcohol especially) used them for years. They're used in lots of endurance race series as well.
I had worked in that field before the real problem starts when the tool broke
Oil galleries?
I'm just trying to figure out how the to design a water-cooled engine
For a closed deck. Have the cylinder liners undercut on the OD from about 20mm from each end. Have the pocket for the liners opened up over the same length. If the bores are siamesed the flats on the sides of liners will cut into the water passage. Open block as shown.
@@mpetersen6 um my bore is only 20mm
Could you manufacture any engine block?
So.... what's the pricetag on one of these machines? 100k? More?
this particular machine 500?
like
やっぱ日本製は最高
Take my money!!
Dammmmmmmm!
what billet machine is this
No words. Tji
Can i assume this block is just for show? 5 axis simultaneous machining for the bores???No very practical
As a novice to machining, To me it looks great :0)
Adam Wooldridge it'll probably be sleeved
Also holes for the head bolts are only one one side of the cylinder bank.
Correct. It's just for show. In most cases, it will be slower because the machine is doing more number crunching resulting in a slower feed rate... In most cases, most work can be done in a 3+1 or 3+2 programming...
Why??..
That’s art (to me anyway)
Ok