Absolutely loved this video on UA-cam! 😍🌟 The presentation was crystal clear, and packed with valuable information. Kudos to the Yaskawa team for making complex topics so accessible and engaging. 👍👍
Thank you. Just trying to decide between rack and pinion and lead screw mechanism for a small platform in my project; they both could do the job, but I have space considerations. So glad I stumbled on this today becuase, although there were pros and cons with each mechanism, the video has helped me rule out one of them.
Thank you Sir, for your brilliant presentation. It is very informative, but concise and straight to the point. I am now looking further into Yaskawa products.
Excellent and well executed power point presentation keep up the good work man, I was wondering if you have any info about linear motor systems like that of the 3d printer Magneto X from Peopoly. I would like to know if could be cost effective to implement a diy system of the same linear motors
Cogging is electromechanical force and can be tuned out of the application typically and is very application dependent. For more information please contact your local Yaskawa Service Provider - www.yaskawa-global.com/company/profile/global.
Absolutely loved this video on UA-cam! 😍🌟 The presentation was crystal clear, and packed with valuable information. Kudos to the Yaskawa team for making complex topics so accessible and engaging. 👍👍
Thank you. Just trying to decide between rack and pinion and lead screw mechanism for a small platform in my project; they both could do the job, but I have space considerations. So glad I stumbled on this today becuase, although there were pros and cons with each mechanism, the video has helped me rule out one of them.
Thank you Sir, for your brilliant presentation. It is very informative, but concise and straight to the point. I am now looking further into Yaskawa products.
Excellent and well executed power point presentation keep up the good work man, I was wondering if you have any info about linear motor systems like that of the 3d printer Magneto X from Peopoly. I would like to know if could be cost effective to implement a diy system of the same linear motors
So clear explanation, Thank You very much!
Loved the content! Thanks a lot for the hard work!
Thanks for clear explanation 👍🏼🙏🏼
Antonmursid🙏🙏🙏🙏🙏✌🇲🇨🇲🇨🇲🇨🇲🇨🇲🇨✌💝👌🙏
Quite Impressive
Magnetization of the teeth of the rack and pinion should reduce the friction, gap distance traveled, sound, and overall effiency. Whatcha think?
Great!
love it, from Viet Nam
wow, just wow
👍👍
Wear and tear and failure of cable tray and cables themselves has been ignored..
what about clogging force ?
Cogging is electromechanical force and can be tuned out of the application typically and is very application dependent. For more information please contact your local Yaskawa Service Provider - www.yaskawa-global.com/company/profile/global.
I have a linear servo actuator tattoo.
Ok
M.m.enginiring work m.i.a madri udaipur Rajasthan India M.s.chohan