Linear Servo Actuators

This eLV compares the construction and performance of the Sigma Trac II linear motor stage to ballscrews, belt, and rack & pinion actuators.
This eLV is also available on the Yaskawa America, Inc. - Drives & Motion Division learning management system, "Learn with Yaskawa". Keyword: eLV.SigmaTracII.01.LinearServoAct
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Use Learn with Yaskawa for all your Yaskawa product training needs.
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[@iman96_fa]

Absolutely loved this video on TH-cam! 😍🌟 The presentation was crystal clear, and packed with valuable information. Kudos to the Yaskawa team for making complex topics so accessible and engaging. 👍👍

[@osmanmemisevic2164]

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.

[@ismatnabila]

Loved the content! Thanks a lot for the hard work!

[@jimmys0307]

So clear explanation, Thank You very much!

[@tombouie]

Quite Impressive

[@ekoaris]

Thanks for clear explanation 👍🏼🙏🏼

[@antonmursid3505]

Antonmursid🙏🙏🙏🙏🙏✌🇲🇨🇲🇨🇲🇨🇲🇨🇲🇨✌💝👌🙏

[@norahung588]

Great!

[@cuonginhthanh280]

love it, from Viet Nam

[@brbc9085]

👍👍

[@alejandroaguirre2355]

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

[@justadog8248]

Magnetization of the teeth of the rack and pinion should reduce the friction, gap distance traveled, sound, and overall effiency. Whatcha think?

[@parranoya100]

I have a linear servo actuator tattoo.

[@brbc9085]

what about clogging force ?

[@YaskawaAmerica]

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.