Zach Techtronics
Zach Techtronics
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Fanuc CRX Basic Programming #cobots #fanuc
In this video, we go over the basic programming techniques you'll need to understand in order to go further with Cobots.
zhlédnutí: 999

Video

CRX Basic Robot Familiarization #cobot
zhlédnutí 107Před 8 měsíci
In this video, we go over the basics of a Fanuc CRX robot.
Industrial Automation - Programming Fundamentals #tutorial
zhlédnutí 69Před 8 měsíci
#integration #programming #automation #manufacturing #tutorial In this training video, we go over the absolute must haves for programming of any kind, but with a particular focus on Industrial Automation Programming. If you want more information on data types, check out www.w3schools.com w3schools does NOT sponsor this channel in any way, but they are a completely free resource for learning pro...
3 Robot arms, one cell of Automation #cobots #integration
zhlédnutí 34Před 9 měsíci
This was one of my favorite integration projects. 3 UR Robot Arms were used to process (2) different part numbers into their appropriate boxes. I worked with a team of (3) people on this project. I did NOT program the robots for this project. My job was to program the interface that orchestrated the whole cell. The saw was running an ANCIENT KollMorgen PLC that did not know how to speak to the ...
Romeo Loading Part in Haas Mill #fanuc #crx #cobots #machinetending
zhlédnutí 112Před 9 měsíci
This Robot's name is "Romeo" because the company I integrated for was already calling their UR Robot "Juliet". Romeo is a Fanuc CRX20iA/L with a 20 kg payload. In this video, I demonstrate the robot's ability to grab the parts from multiple angles, flip them, and deliver to multiple operation points within the mill. If you note, this mill has a 5th axis installed which operates both with the ro...

Komentáře

  • @Steveeowee
    @Steveeowee Před 29 dny

    Excellent!

  • @Munkwitz
    @Munkwitz Před 5 měsíci

    Very clear video! Please make more on the CrX

  • @cyrillekeith5721
    @cyrillekeith5721 Před 7 měsíci

    💦 Promo>SM

  • @Unknown_Comrade_
    @Unknown_Comrade_ Před 10 měsíci

    Very interesting for sure. What upsides does it hold over having a human do that? Would you get such a system for 24/7 production maybe? And the code seems like a pain to write, propably has to be done by a professional, with an hourly pay in the triple digits. Also seems more prone to requiring maintenance.

    • @ZachTechtronics
      @ZachTechtronics Před 10 měsíci

      Thank you for asking your question. A few key points for which I have a few key responses. Having robots tend machines have multiple business advantages. As you mentioned, the robot can run 24/7 with minimal (usually with zero) downtime. The robot will not call in sick or need to take vacation. In the shop where this was implemented, they run 2 10-hour shifts, meaning that the robot generated an additional 4 hours of revenue a day simply by being turned on. My favorite aspect of robot machine tending, however, lies in the benefit of freeing up the workers to do other things. Now that they are no longer needed to perform the (forgive me) mindless task of pulling parts off a conveyor, they are free to gain new skills that add value both to themselves and the company (the company gets a more skilled employee, the employee gets another skill point on their resume for bartering when reviews and job applications come up). My favorite thing to do with machine operators who find themselves with more time on their hands, is train them on how to program robots! The more time the people have for training, the less often a professional outside party needs to be called into the facility. The initial setup and programming of the robot was done by a professional (yours truly). That much is very true. But I have not had to service this robot in over a year since implementing it. As part of my service, I created a robust programming solution that allowed the machinist to become the new part program creator. Creating a new part program is as easy as copying the existing program and changing 5 parameters in the new program. Poof. New part programmed. We’ve done a time study: takes less than 10 minutes per new part. The CNC isn’t even close to being ready for the new part to run before the new program has been put into the robot. I also created documentation detailing step by step how to create a new part program and included this with the package on delivery (in digital form so it can get re-printed as many times as it gets lost). As for a pain to code: I am working on my training videos as we speak. I want to dispel the idea that it takes a programming wizard to program a robot, especially not a UR nor a Fanuc CRX (both cobots). Thank you so much for your question. I really appreciate it.