Nanopositioning Systems

Nanopositioning systems are based on frictionless drive and guiding systems such as piezo actuators and flexures. These systems can achieve resolutions and guiding accuracies down to the sub-nanometer level.

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Equipment

Nano Hybrid Linear Stages NHL 124 from OWIS

The new nano hybrid linear stages NHL 124 from OWIS represent the new NHL OWIS® positioning generation at nano scale. The NHL 124 provides a precise motion in the nanometer range for travels up to 290 mm, quickly and easily. Its special technology and its accuracy in the nanometer range make the new positioning stage perfect for use in applications requiring highest precision.

PI Nano Microscope Stage for Super-Resolution Microscopy

PInano XY and XYZ low-profile piezo scanning stages are optimized for easy integration into high-resolution microscopes.

6-Axis Miniature Optics Alignment System / Hexapod

The 6-axis miniature optics alignment system/hexapod has a parallel-kinematic design with six degrees of freedom making it significantly more stiff and compact when compared to serial-kinematic systems...

PIFOC Microscope Objective Nanofocus Device from PI

P-721 PIFOCs are piezo-driven, high-speed microscope objective nanofocusing/scanning devices, with a scanning and positioning range of 100 µm with sub-nanometer resolution and very high linearity motion up to 0.03%.

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