The ScaniusOne is designed for positioning or scanning objects over large areas – up to 120 mm. This piezo based one axis stage provides unmatched precision.

The combination of high resolution, speed and motion is suitable for many different applications beyond just microscopy. ScaniusOne can achieve precise positioning of objects with masses up to 0.7 kg along the vertical direction.

The piezo positioner PZ 700 enables highly accurate positioning of the Z axis. The stage is driven by multilayer piezo ceramics. By using piezo ceramics in solid state flexure systems, motion without mechanical play is guaranteed. Based on its design the piezo positioner PZ 700 is pre-loaded and can be used dynamically.

The PZ 700 offers a large travel range of up to 700 µm and an inside aperture of 66 x 66 mm.

Due to solid state flexure and parallelogram construction, the PZ 400 OEM nano-positioning stage can travel without any mechanical play in the X or Z axes, and provide a much higher resolution than is possible with mechanical or electromechanical systems.

This PZ piezo stage can be easily combined with XY-elements of the XYZ series or with tilting piezoelectric modules of the PSH series to allow positioning with all degrees of freedom. Additionally this z-axis nano-positioning stage can run dynamically.

The PZ 400 OEM can optionally be equipped with an integrated measurement system (strain gauge sensors) that compensates for hysteresis.

Due to solid state flexure and parallelogram construction, the PZ 400 nano-positioning stage can travel without any mechanical play in the X or Z axes, and provide a much higher resolution than is possible with mechanical or electromechanical systems.

This PZ piezo stage can be easily combined with XY-elements of the XYZ series or with tilting piezo-electric modules of the PSH series to allow positioning with all degrees of freedom. Additionally this Z-axis nano-positioning stage can run dynamically.

The PZ 400 can optionally be equipped with an integrated measurement system (strain gauge or capacitive sensors) that compensates for drift and hysteresis.

Due to solid state flexure and parallelogram construction, the PZ 200 nano-positioning stage can travel without any mechanical play in the X or Z axes, and provide a much higher resolution than is possible with mechanical or electromechanical systems.

This PZ piezo stage can be easily combined with XY elements of the XYZ series or with tilting piezoelectric modules of the PSH series to allow positioning with all degrees of freedom. Additionally this Z axis nano-positioning stage can run dynamically.

The PZ 200 can optionally be equipped with a measurement system (strain gauge or capacitive sensors) that compensates for hysteresis.