Antonmursid🙏🙏🙏🙏🙏💝👌✌🙌🇲🇨🇲🇨🇲🇨🇲🇨🇲🇨💝👌✌🙏

I still see where a major upgrade for this robot. If you want, I'll just do it myself and you can just start by buying it from me.

Good luck with everything 💯 to send you And address to send you want to be in touch

way simpler and safer in programming for untrained workers making it usable in farming

@@cujbaion1 lmao no.

its called Teaching and has been the fundamental way NC machines are programmed since the very beginning.

*Only 18* 👇👇👇 368370.loveisreal.ru

@@monikatrevors9914 what is this sex bot doing in a video about industrial machinery?

they already profit.

We saw it in the PC games, haha!

@@luoyangbobiprecisionbearin986 What game?

и пугают одновременно... Мощь производства всего растет, а моральные ценности деградируют...

Kuka is shit

Kinda silly, they didn't want the CEO of the company know they were being unproductive by making gargoyles.

@@maxkonig559 all the items are premade. so same with the monster head. all the robotic arms are just showing their movements capabilities and the items are just samples of what it can be done by those products.

See how a cyborg builds a tractor in Belarus: ))))) kzfaq.info/get/bejne/prp4ZZVerNu5lac.html

torque and vibration sensors

Yes, of course

@@BurovikLLC Thank you so much. I'll upload my video within a week. As per you, how much sec of video clip can I use in my video? If you will say then I will give the credits in my description as well and also the link of your video in my description. But can you please reply that how long of this video can I use in my video, eg, 40 sec ? I'm just a student and I want to do this for educational purpose only.

You can use all that you want. Hope you will make a good project😉

@@BurovikLLC Thank you so so much♥️☺️ My channel's name is "It's Attraction" and will surely give all the credits and link of this video in the description 😃

👍🙂

You are graduating and yet you still ask how to learn what you're graduating in?... That would be several years too late I'd say, also you should be capable of Googling the manual or emailing the manufacturer about this, instead of asking it on random KZfaq videos, something about making an effort in your graduation...

@@someguy4915 My profession is mechatronics, but in my school, I have been taught focus on dynamics calculation instead programing control. And I have just done it this semester. I'm preparing some document, Documentation of industrial robot is very limited.

@@thanghohuu2346 it might be easier to ask specifically what you want to do with a fanuc than a broad question of how to control it, do you have access to a teach pendant?

@@thanghohuu2346 in world, the x axis is forward away from robot and back towards base of robot, y axis goes left to right of the robot, z axis goes up and down, little x axis pitches the tooling up and down, little y axis swivels the tooling side to side and little z axis turns the tooling left to right, in joint, x axis turns base, that's j1, y axis moves the body back and forth, that's j2, z axis moves the arm up and down, that's j3, little x axis spins the arm, that's j4, little y axis moves wrist up and down, that's j5, and little z axis spins the wrist, that's j6, those are the 2 most commonly used "modes" used, to jog the robot or move it thru it's motions, you have to turn teach pendant to teach and hold the deadman switch and shift button, if you only want to move to 1 position in program, press the step button to turn it to step mode, but make sure it has a clear path to that position, because it will find the fastest way to reach that position, sometimes binding the joints in the process also if going from one side of robot to the other, but that's getting more into kinematics, that's the basics of how to move a fanuc robot, unlike some people, I have no problem sharing my knowledge, I've done it at work, and will do so elsewhere, that is how we become better as a society, by helping one another when we can, if you have anymore questions, I will answer them to the best of my ability

I think they already did that. I forget the name though. Edit: The band is called Compressor Head

BUILD IT YOURSELF LAZY-BOI !! KUKA LEADS THE INDUSTRY. DREAM ON !! www.buildyourcnc.com

@@kennethkustren9381 yeah technicall its cost is arround ie hq serwos or hydrolics 600$ eachx 3-5 will be enough. or gearwd motors will cost cheaper arround 100$each and lots of screws and metal say 1500 $ and computer . 5-10 ardinos and one pc or laptop will be enough. So lots expensive but depends on how strong one you want ;P and software and sensor etc will require lots of time to write or copy paste ;P

The big arms are in the 250k range; the consumer arms at the end had price tags--about 5000-7000 euros.

@@kennethkustren9381 thank you for posting this link! Crazy what’s possible nowadays. Way beyond what I could do myself, but if I was trying to hire someone to help me...what type of background/skillset should I look for?

At the beginning, there were no ads at all ... So, it looks possible ...

Would take a lot more programming and take more to tooling

Думаю тебе не кажется )

собрать может и не сложно, но стоимость метла который должен быть по требованием, разработка когда ты ещё его не видел а сам должен придумать , все расчеты по мимо всего этого вся электроника не дешевая ну вот только теперь можно и по думать о программе ( Я знаю что вы упомянули о ней)

Robots can repeat movement within nanometers. personally never heard of them being vulnerable to cutting force the are built to go through a lot.

@@brandonnewman8135 These ones certainly don't do nanometer repeatability and yes, their rigidity is horrible compared to a typical mill, it's just an inevitable consequence of having so many joints in series. That all would even be forgivable, but the real problem lies in the fact they don't do accurate movements. Repeatable movements yes, but not accurate, it's so bad they don't even spec accuracy for such robots, only repeatability. They interpolate cartesian coordinates, but the mechanics are a series of 6 rotary joints, which bend and flex differently depending on how they are loaded. A straight line in the robot software is very far away far away from a straight line in real world. So they really are no good for precision machining, that remains the job of a lathe or a mill. But what they are doing here is deburring, which doesn't require such accuracy, all that is required is to maintain contact between edge being deburred and the tool, it's more filing than cutting.

​@@brandonnewman8135 Their positioning is in triple digit microns even without machining forces and vibrations taken into a count. Good enough for lost foam castings and deburring, but the damping of a multi-ton granitite bed and the rigidity of short chains of wide box guides simply make traditional machine tool topologies the better solution for the task.

Why is it only possible in Germany to organize a trade fair about Japanese industrial robots?

@@mokachinho8765 I agree with you, besides the "about Japanese industrial robots", there were not only Japanese industrial robots.

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