Nano-positioning high loads with high dynamics
This new series provides a travel of up to 260 microns. The major advantage of these actuators is the high load, which can be now easily handled. Positioning applications with a load of up to 70,000 N, a tensile force of maximum 6,000 N and the force generation up to 50,000 N can be accomplished. Obtaining a resolution of less than one nanometer the new systems combine power and precision. The resolution of the actuator is only limited by the stability (e.g. noise) of the electronics. The resonant frequency of up to 60 kHz, and extreme high accelerations of >100.000 m/sec² allow for the use in many highly dynamic applications.
The operating temperature range of -60°C to +120°C enables the system to work reliably at extreme temperatures. As an option we can also deliver a low temperature or high vacuum design.
For positioning tasks which require the highest accuracy the actuators can be equipped with a feedback system (strain gauge).
All the characteristics of this new series allows piezosystem jena to offer now products to many other applications, e.g.
- active vibration cancellation
- sensor testing
- shock wave generation
- test and acceleration damping
- fuel junction
as well as all the various applications that require positioning of high loads, and extreme accelerations respectively.
piezosystem jena GmbH
Tel: +49 3641 66880
Fax: +49 3641 668866
piezosystem jena is a world leading company in the development, design and engineering of piezo, piezo electrical actuator based positioning systems for micro- and nanopositioning and nano-automation. In addition to the positioning stages the company also offers optical fiber switches as well as the fitting electronics.
The vast experience in developing and manufacturing of nanopositioning systems, which can be also be called piezo motor, enables to provide special systems and also OEM manufacturing.
The piezo actuators and positioning stages are characterized by an unique precision in the range of nanometer, generate forces of serveral thousand Newton and realize precise positionings in micro seconds.
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