Test it without the 2 touching each other and verify with ultra slow motion camera. When it looks perfect, try going in and it would save you a lot of failures although some thing's may still fail in the final testings.
There are a lot of variables that can go wrong. I rebuild electric motors. A perfect looking motor that passed all electrial tests can just pop off. That's always a bad day...
Yup. Once they locked in before the spin and then spin at the same time they will also be synced. It's just a trickery of our minds thinking it will crash at the speed they are going, however they are spinning at the same rate at the same spot.
@@RG912 the tolerance is actually pretty big if you look at the start of the video. Also modern drives are really precise/responsive. An there is not even a load on the motor that helps also. Modern servo drives have a precision of 1048576 increments/turn and a whole lot of torque
this is how formula 1 gearboxes work btw they engage when the gears are perfectly aligned, times in the millisecond range. nice demo to see this live 🎉
when those two parts were meeting in fast spin mode, the rotational direction might be same, may have little speed differences from each other, but if each rotating toward different directions, then the track moving speed was not enough for fast-spinning black and white notches to full enter into others groove and back without knocking onto each other
Yeah as the guy above said, you can machine one side of a component on a lathe, then pass it over to the other side whilst maintaining hole positions, milled profiles etc.
Это было бы круто в 80 десятых Ну щас есть ардуин и частотник и контролер и куча всего . думаю даже я колхозник с чуть пониманием смог бы совместить и ненхрагизовать и вращение и их сцепление .
@@havanasyndrome3024no nails are needed to build a house either.... Not sure what you mean specifically by your comment. Are you trying to suggest that these two specific motors where synchronized without programming them? Or merely stating a random fact? I mean Japanese wood-joining techniques are fairly intriguing to me to be honest. Definitely worth checking out!
@@ZenithWest169 these are stepper motors. So you simply have to wire first one to rotate clockwise and second one counterclockwise, into the same off the shelf stepper motor controller, and voila. You got two perfectly synched motors. Zero programming required. Or you could go the dumb/inefficient/worse working route and create custom controller mirroring the slave motor from the master motor... Brilliant engineering involves simplifying, not complicating things.
That is very simple to make as they get the exakt same signal all the time (although one inverted) . Do that same thing but with different rotation speed on the two servos, then it starts getting tricky to sync at engagement.
Can you help me to understand this . What does this called ? It can only be achieved through CNC controller? Any article or manual shout you suggest to learn this thing ?
If they are stepper motors, they would be getting the exact same signals. Servo motors are a little bit different, relying on an encoder and a drive with a control loop. The precise control of the servo from the drive allows for very coordinated motion, including synchronization from either a master drive or an external motion controller.
Subscribe y'all to achive 50K ❤
Didn't knew UA-cam allowed such content...
That was wildest hardcore synchronisation I ever seen.
I like your comment. Thats what i want to say amidst all the profanity and click baits there is actually inspirational content like this.
haha
Slight dropping voltage on either side and that will explode
😂
Stepper motor is already known for precise rotation
Rare footage of the mating rituals of lathe spindles.
Hawt
WWWAAAHAHAHAHA
Good programer and technicians
Not good steppers? Stepper drivers? 😂
@@Davincifier hahaha yeah one stepper malfunction and it will explode 😂
@@ExtremeHardcoreGamer 😂😂😂
Какой нахер программист и технарь. Там шаговые двигатели стоят.
@@NBI07технарь все это собрал, программист написал программу для синхронизации и работы этого девайса.
I can smell the pain of testing while programm it. 😅😅😅😅😅
@@vinothn4228 🤣😂🤣😂🤣
I can smell the amount of expenses of failure before optimum was achieved.
Test it without the 2 touching each other and verify with ultra slow motion camera. When it looks perfect, try going in and it would save you a lot of failures although some thing's may still fail in the final testings.
Set the torque limit on the servos as you fiddle with it. Then a crash isn’t a disaster.
@@TamilAutomation Your smilies aren't synced
VERY GOOD PROGRAM OF SYNCHRONIZATION. KEEP IT UP.
I'd like it to always be synced up like this in every system where it's needed! 🎉
this feels explicit
Depending on if you're organic or cybertronic
Brave dude standing next to it
There are a lot of variables that can go wrong. I rebuild electric motors. A perfect looking motor that passed all electrial tests can just pop off. That's always a bad day...
brave cameraman
2 homies at a sleepover
They are not colliding, they are dancing in sync 😂 cheers.
Lip locking
Yup. Once they locked in before the spin and then spin at the same time they will also be synced. It's just a trickery of our minds thinking it will crash at the speed they are going, however they are spinning at the same rate at the same spot.
Well said, good way to explain ✌️
That's mind boggling precision and accuracy!!
It looks complicated but using the same program for both sides will give this result
Yes of course. Right click and select "Sync axes". 🤦
@@RG912master slave axis and allow them to couple into each other only mechanically if the slaved is within the tolerance. Thats not very hard
@@notparanoid912that makes sense. But how to hold them in that small tolerance while coupling? The slave axis will always be a bit behind the master.
@@RG912 the tolerance is actually pretty big if you look at the start of the video. Also modern drives are really precise/responsive. An there is not even a load on the motor that helps also. Modern servo drives have a precision of 1048576 increments/turn and a whole lot of torque
Thanks for your explanations! Will try it tomorrow at work 😂
Никогда б не подумал, что когда-нибудь буду наблюдать два чпокающихся шаговых мотора,
Это сервопривода, они в какой-то степени лучше шаговиков
@robert1330 they are litterly stepper motors
лебёка драглайна 100/100(шагаюшего с сто кубовым ковшом)
Morning breakfast playing with machines. I wonder why so many people are impressed by this, ever seen a CNC working? It's far more impressive.
For real
This called dancing kisses😂😂
Synchronized mechanical French kissing
Kudos to whoever had the mind numbing task of programming that ❤
Great synchronized 😮🔥
End of differential wheel ,now Humans have variable differential perfect sync
Использование САМ профиля позволяет делать куда более сложные вещи, чем синхронизация осей.
The biggest and best "look what i van do" ever
Excelente, poderiam disponibilizar cursos EAD gratuito para os menos favorecidos. Cursos online gratuito.
Сразу видно. Понимают друг друга с пол оборота. Романтика.
எல்லா புருஷன் பொண்டாட்டியும் இப்படிதான் இருக்கணும்னு நெனைச்சு கல்யாணம் பண்றோம்.
this is how formula 1 gearboxes work btw
they engage when the gears are perfectly aligned, times in the millisecond range.
nice demo to see this live 🎉
I've ran cnc.. and Bridgeport.. but this!! .... this is beautiful 😍
The kisses of two electric mortor ❤
It is not really the programming, because relatively simple … but more the axis tuning that have to be perfect and equal on both axis 😊
Great precision 👍
Savršenstvo, neverovatno❤
When two machines meet for the first time.
Certainly the x axis is a simple G code but the servo sync can be done with even simpler wiring.
The trust that guy standing there has that this thing won’t miss and break into pieces
la nasa debería aprender los acoplamientos de este informático, parece un cortejo entre dos motores
when those two parts were meeting in fast spin mode, the rotational direction might be same, may have little speed differences from each other, but if each rotating toward different directions, then the track moving speed was not enough for fast-spinning black and white notches to full enter into others groove and back without knocking onto each other
This is a beautiful demonstration but what are a few applications to a setup like this? Industrially speaking of course
CNC lathe with two spindles.
It’s just a a cool way to show off the precision of there motors it’s not actually used for anything
Части автоботов из трансформеров будет стыковаться😂
Yeah as the guy above said, you can machine one side of a component on a lathe, then pass it over to the other side whilst maintaining hole positions, milled profiles etc.
@@aurorajunior6328dual spindle cnc lathes.
Workpiece transition w/o stop rotation for higher production rate
This is a good demonstration for those who don’t understand servos
Both servos....falling in love 😅😅😅
This is where little servos come from
Это было бы круто в 80 десятых
Ну щас есть ардуин и частотник и контролер и куча всего . думаю даже я колхозник с чуть пониманием смог бы совместить и ненхрагизовать и вращение и их сцепление .
This precise software is needed to manage our automated vehicles 🎉
the engineers be clinching their butts the whole time...this some sync wizardry😂❤
Epsilon Rho Rho had this nailed 1000 years from now. This is old news.
Those are actually stepper motors designed to be sub millimeter accurate. Typically found on 3D printers to handle X and Y movement.
This is the first step to make mini stepper motors. The rest of the process takes 9 months. 😂
Good exemple of 2 ppl fighting but still loving each other
The secret handshake with the Boyz...
They are so cute together❤
The Dog Clutch re-engineered. Nice!
Все понятно, но я бы не стоял на оси разлета осколков!
Quizás muchos no sepan lo que significa lograr eso. Pero les aseguro que es pura tecnología de alta gama!
Looks more impressive then it really is. Synchronization has been done for a long time. This one just looks cooler and moves faster.
Cuando la toxica encuentra a su presa y congenia 😂😂😂😂😂
They're definitely in love with one another
Входит и выходит,
Замечательно выходит! 😅
That was pretty cool
Perfect rotary encoder for synch
This is what we call a mechanic duel!
one sample of excellency of Engr. team. PLC engr. very good perspective.
Power of Stepper moter 👌
The programmer: "Holy crap I got the math right... its working"
No programming is required to synchronize these two motors .
@@havanasyndrome3024no nails are needed to build a house either....
Not sure what you mean specifically by your comment. Are you trying to suggest that these two specific motors where synchronized without programming them? Or merely stating a random fact? I mean Japanese wood-joining techniques are fairly intriguing to me to be honest. Definitely worth checking out!
@@ZenithWest169 these are stepper motors. So you simply have to wire first one to rotate clockwise and second one counterclockwise, into the same off the shelf stepper motor controller, and voila. You got two perfectly synched motors. Zero programming required.
Or you could go the dumb/inefficient/worse working route and create custom controller mirroring the slave motor from the master motor...
Brilliant engineering involves simplifying, not complicating things.
@@havanasyndrome3024 and which way is it wired up in the video?
It is nice to know where you stand when a revolution begins.
после этого, у них родятся моторчики...😊
Really wonderful 🎉
Netflix: Are you still watching?
Someone's daughter :
That is very simple to make as they get the exakt same signal all the time (although one inverted)
. Do that same thing but with different rotation speed on the two servos, then it starts getting tricky to sync at engagement.
Master slave axis and allow the axis only to couple together when they are to each other equal within the tolerance and you are set.
Can you help me to understand this . What does this called ? It can only be achieved through CNC controller? Any article or manual shout you suggest to learn this thing ?
If they are stepper motors, they would be getting the exact same signals. Servo motors are a little bit different, relying on an encoder and a drive with a control loop. The precise control of the servo from the drive allows for very coordinated motion, including synchronization from either a master drive or an external motion controller.
@@codewithpranav4534they are called stepper motors. They are extremely precise because each rotation requires 200 individual steps.
Engineer in me is like hell yes that's awesome. Safety expert in me is like... where's your shielding lol. Still cool.
Синхронізація велика сила!
Ah yes the "impress a potential buyer" program cycle
The harmony of me and my wife, I still search for 😂
Looks like, Kakashi Hatake uses his Sharingan to copy Zabuza's ninjutsu😅😅
I didn't realize adult content was allowed on UA-cam. 😅
Super in sync 😮
Looked very consensual amongst both parties. They will be very happy together.
Это шаговые моторы, к тому же без нагрузки. У них синхронность обеспечивается из коробки. Достаточно провода запараллелить.
they are husband and wife 😂😂😂😂😂😂
Unbelievable until you see it
Quel bon automaticien programmeur à l'œuvre de la synchronisation mécanique ?
Engineering Marvel 👍
Programmer learnt best experience through his personal life and utilized here😂😂😂
THAT'S SOME SERIOUS KISSING !!!
Just one rogue neutrino away hitting a single nanometric transistor in the controller to start the Armageddon 😅
Such a technology should evolve which might remove clutch mechanism in vehicles 😊
Bro shafts are not mechanically engaged. Video demonstrates accurate synchronization of two servo motors.
That has nothing, absolutely nothing to do with a clutch in an engine and doesn't bring any benefit for it.
There is enough gap that's why sync work at high speed
Amazing Video. Informative
How many times did they test run this without crossing couplings during integration hell before committing to it for the video?
Why do i feel uncomfortable about the people walking so close to it.
because you have sense
Next on, "Stuff Ford added to their 2025 F150 to make them break even more often than the previous years!"
Welcome to virtual axis’ technology from 20 years ago
This is how cnc born
This is extremely dangerous. Parts could go flying at any minute
That’s impressive AF
What's this used for ?
Oh how perfection it is.
When a daddy stator and a mommy rotor love each other very much they sync up and create a baby servo
Amazing ❤
Duly impressed!
Need training on this
had to like.
after seeing "they going into each-other" while spinning
Fast perfection 😮
И что? Я такую приблуду за 100 баксов соберу)) один лом, четыре шестерни и готово😂