Showing 157–168 of 179 results
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PSH 15/1 and 30/1 mirror tilting plate
The piezoelectric tip/tilt systems PSH 15/1 and PSH 30/1 of the PSH series have been developed for fast and precise positioning of optical mirrors. The systems […]
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PSH 25 OEM mirror tilting plate
The PSH25 (SG) OEM is a further development of the tip/tilt platines offered by Piezosystem Jena. The PSH series is used for fast and precise positioning […]
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PSH 35 mirror tilting plate
The piezoelectric mirror positioner PSH 35 has been developed for the dynamic movement of small mirrors. A new design principle enables an angle of inclination of […]
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PSH 4/1 mirror tilting plate
The piezo mirror tilt systems of the PSH 4/1 series piezoelectric mirror scanning and tilt platforms are designed for ultra-fast positioning tasks with nanometric accuracy. They […]
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PSH 8 mirror tilting plate
The PSH 8 series of tilting systems consists of two active piezoelectric actuators. These actuators allow the upper plate to be tilted in two axes. The […]
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PSH x/2 mirror tilting plate
The mirror positioning systems, PSH 10/2 and PSH 5/2, consist of 4 piezoelectric actuators (always 2 batteries for one axis, controlled jointly). These actuators allow the […]
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Radiation-resistant measuring Heads
Radiation-resistant sensor heads
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FRM filter wheel
Filter wheel
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Shutter and piezo slot
Two slit edges are driven by a single piezoelectric actuator. Solid-state flexible hinges with a parallelogram design were used to build the piezo slot systems to […]
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Bare stacks N series piezoelectric actuators
The N series piezoelectric actuators are designed for industrial applications. They consist of a large number of ceramic discs in contact. The electrodes are arranged on […]
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Stacks in P series case piezoelectric actuators
The P-series actuators are based on stacked actuators made by multilayer technology. They do not have a mechanical preload, but they can nevertheless withstand medium pressure […]
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Pre-stressed stacks PA piezoelectric actuators
The PA series actuators are internally pre-loaded by a mechanical spring, making them ideal for dynamic applications. The ability to generate a large force and be […]
