Reverse Piezoelec effect queries

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The reverse piezoelectric effect can be controlled to achieve precision motion, but its accuracy in static positioning depends on the specific application and materials used. Applying specific voltages can result in measurable expansions, but holding that position for short durations, like 10 milliseconds, may require additional mechanisms. Industrial examples demonstrate the effectiveness of piezoelectric systems for motion control, highlighting their speed and performance. Further research into suitable materials and techniques is essential for achieving desired outcomes. Overall, the feasibility of using reverse piezoelectric effects for precise positioning is contingent on the application's requirements.
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How accurately can reverse piezoelectric effect be controlled? Can I say if I apply so and so voltages across it i can expand it to so and so distance and statically hold it in that position for some time(Small timings around 10 millisecs)? If no any other mechanism that can be employed?
 
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The piezoelectric effect can be and is used for precision motion control. See www piezo-motor net for some industrial examples (check out the datasheets for performance info, I was pretty impressed with how fast they are, not at all what I expected).

Whether you can use it directly to position an item and accurately hold it will depend heavily on the application. You'd have to do some more research about what materials and techniques would be suitable given your requirements.
 
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