Insights

Webinar – May 6th, 2021

Finally! Precision Piezo Motion Without the Premium Price Tag

Piezo Motion highlights innovations in piezomotor technology, the piezoelectric affect is explained along with how advances in piezo control are applied to enable the design of novel Linear and Rotary motion devices.

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Piezo Motion partners with Electromate to expand distribution of affordable piezoelectric motors with world-class customer service and support

Piezo Motion’s new partnership will expand its reach to manufacturers needing precision motion in North America. Piezo Motion Corp, a leader of precision motor technology, today announced a partnership with Electromate, a premier source for high-performance automation and motion control components and systems in North America. Electromate is expanding its precision motion product line with…

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Innovative piezoelectric micro-dosing pump for laboratory fluid handling applications

Applications that traditionally require two or three separate laboratory devices can now be replaced with a single micro-dosing pump by Piezo Motion. Piezo Motion Corp, a U.S. leader of precision motor technology, today announced the launch of its piezoelectric micro-dosing pump (https://pages.piezomotion.com/micro-dosing-pump). This is a first-of-its-kind technology for enabling accurate fluid handling applications for scientists…

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Piezo Motion Acquires DTI

PiezoMotion Piezo Motion Coming Soon

Piezo Motion acquires DTI, announces release of new line of piezoelectric motors without the piezo price tag Piezo Motion Corp is a pioneering innovator committed to making piezo technology accessible to more users across wider industries.  Piezo Motion Corp this week announced the acquisition of DTI, Inc., an innovator of standing wave-type piezo technology for…

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Small in Size – Large in Power – Piezo Motors

Piezoelectric motors can be used in a variety of applications due to their exact movements and the compact nature of their design. Piezo motors can duplicate a motion many thousands of times without sustaining wear and tear the way a traditional motor design would. This is due to the deforming and responsiveness of the ceramic…

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