Could you please let us know how much it cost to get an ex-Bmw kuka robot.?

@Mesophyl Highly trained anyway, you don't let some cheap worker service these robots...

@@someguy4915 10 engineers to maintain machines replaces 300 workers

NO I would have thought that they would be on 24 hour call two weeks on then two weeks off. I just can't see a company making a sleep come rest room for a maintenance worker's with all of the utilities that intales on the factory premises ! . So when you say high IQ you mean someone with a degree in engineering or equivalent.

man theres always people pissing and moaning about robots replacing jobs

@@hindugoat2302 Don't discount all the people it takes to install these production lines. There's entire companies out there dedicated to the design, build out, and installation of these automated processes into plants all over the world. There's huge teams that come in to install and update these lines. That's another one too, product is constantly getting revised. There's a problem, or a way to change the process to reduce cycle time, people are going in to make changes. Add/remove tooling, robots, cabling. There's jobs out there at the facilities that make the cables, the PLCs, the robots themselves, the tooling, the conveyor systems. This production process is the "final product." Don't forget about all the jobs that are upstream to make this all happen, and to keep it going. Pulse encoders go out on robots, there's people on staff to replace it, and it's usually not an engineer that will be replacing it. At my factory, it's an hourly paid, union maintenance tech that goes in to troubleshoot, repair, and PM the equipment.

I would be. if I could be.

ABB, FANUC, KUKA

Tom Bowman normally they have something called a tip-dresser- like a spinning cutter. The robot makes a request then enters the tip

@@collinsd70 Indeed. Sometimes there are tip changer too.

I believe the LED-computer vision system verifies the position in 3D, and then everything else can happen blindly.

If you watch closely, you will notice that the head is designed with compliance. Also, the 7th axis servo motor starts the operation by reversing the shaft (and everything attached to said shaft) to get everything aligned, and then driving the shaft in the correct direction. Torque is most likely measured by reading the current that the servo motor is drawing in order to determine when the threaded object is tight enough. The "right position" is more than likely a programmed "point" in the program. With point to point programming, a robot will follow the same path with pretty good accuracy during each cycle. This is a very brief, and not very thorough description, but it should be enough to answer your question...6 months after you asked it.

The position of the nut is known so with a bit of compliance (needed because its not perfectly precise) you can easily do it

Position is fixed, products are indexed on arrival at workstation and that'll do for accuracy, a mm play is no problem with right nut form @Alexander Brown, it is not an 7th Axis motor, KUKA drives are not suitable for tightening, its a dedicated tightening spindle driven by its own controls, usually automotive critical bolts are tightened to yield

Itu gerakan tetap yg di ulang , dan sudah di program seperti itu

Wenn es Kuka gut ginge, hätte sie sich an niemanden verkauft.

It's cast aluminum

Bye bye jobs nobody wanted anyway, always this cry about jobs which, when people are given such mindless jobs they only complain about how mindless it is to do a 0-education job...

Programming and engineering automation.

Automation has been around since the 1940's. Social progress has been up since then. No one would like to return to an earlier age than that.

@@l0_0l45 صحح معلوماتك ولا تتكلم كمثقف مدعي. الاتمته بدأت منذ عهد الثوره الصناعيه في أوروبا واللتي بدورها جاءت بعد الثوره الزراعيه. ماذا حصلنا بعدها: انا اقول لك حولنا ملاك المزارع لعبيد ومن ثم استولت الشركات الكبرى على مزارعهم ومن ثم بقوا عبيد في المصانع والان عبيد ولكن من دون وظائف او اراض او مال. تعسا للتعسف ونعما لعدل الاسلام اللذي حافظ على مال وكرامة الانسانِ Sorry I disagree with you. Do not talk as if you are knowledgeable, the automation started by the rise of industrial revolution in Europe which by it self started after the agricultural revolution. What did we gain out of this, is simply the enslavement of what used to be farmers in factories and the loss of their land to major companies and recently even the loss of their jobs in fully automated factories and becoming slaves with no land or income. Only the just of Islam that will protect the property of man and his dignity and freedoms.

@@ferashamdan4252 "Do not tall as if you are knowledgable." As if you are. Using an antiquated book 14 centuries old to bolster your faltering points. Islam is not even relevant to automation, it is a religion, it has got nothing to do with engineering. If you tried to see the roots of automation, then we could go back to even further back than industrial revolution where water power was used to automate a lot of lathe work. In my comment I was referring to CNC machines. *I have worked on them.* They are far better than any manual lathe, milling machine, or shaper that I have ever worked on. CNC machines are reducing work cycle time from hours to minutes. Productivity is higher per person than ever. Why would I ever want to go back to a time where I would take 2 hours to prepare a basic 1 m shaft, but now I can do it in 5 min in a CNC Lathe? I would never prefer the past here. Not just machines, but even social progress is up. We have formed better societies, reduced the crime rate, reduced the number of wars, and many more good things. This time is a far better time to be alive in than the past.

like you had the money in the first place lmao