P-5x8 Piezo Stage with Z Chip Tilt Aperture for Optical Adjustment

Piezo stage with an opening that achieves nano-level adjustments.

last updated Feb 19, 2026

Z-chip tilt opening piezo stage P-5x8

The nano-level motion amount is 100µm and 200µm on the Z-axis, with chip tilt axes of 1mrad and 2mrad, and is optimal for transmitted light with a 66mm aperture.

last updated Feb 19, 2026

[For Precision Measurement] 44mm Square Compact Piezo Stage P-611.Z

A 44mm square casing that achieves height measurement at the nanometer level.

last updated Mar 17, 2026

Optical Use: Maximum Resolution 0.2nm Piezo Stage P-611.Z

A 44mm square housing that achieves optical system focus adjustment at the nanometer level.

last updated Mar 17, 2026

P-611.Z Piezo Z Stage

Compact nanopositioner. It is a piezo-based nanopositioning system featuring a closed-loop stroke of 100 μm.

last updated Mar 17, 2026

[For Measurement] XYZ Axis Precision Positioning Stage P-561~563

PIMars precision nano stage that achieves probe positioning with sub-nanometer accuracy.

last updated Feb 25, 2026

PIMars XYZ Axis Aperture Piezo Stage for Microscopes

PIMars XYZ Nano Stage that achieves sample positioning for microscopes with nanometer precision.

last updated Feb 25, 2026

XYZ axis 300µm operation precision positioning stage P-561~563

Precision positioning at the nano level with a 66 mm opening × maximum 300 µm on the XYZ axis.

last updated Feb 25, 2026

Compact 2-Axis Nanopositioner for Optical Adjustment

44mm square, maximum stroke of 120µm, high-precision nanopositioner with 0.2nm resolution.

last updated Mar 18, 2026

Piezo Nanopositioner for Semiconductor Manufacturing Equipment

Compact design with a 44 mm square. Piezo nano-positioning stage achieving a 120 µm operating range and 0.2 nm resolution.

last updated Mar 16, 2026

P-611.XZ, P-611.2 XZ, and XZ Nanopositioner

A compact 2-axis piezo system for nano positioning. A flexure guide nano positioning system with a footprint of 44x44mm.

last updated Mar 16, 2026

[Piezoscanner P-734] Optimal XY Piezoscanner for Scanning Microscopes

Flatness of 5 nm, resolution of 0.3 nm, achieving high-speed and high-precision operation with an XY-axis piezo scanner.

last updated Mar 06, 2026

P-734 XY Piezo Scanner

A high dynamic system with a center opening that suppresses vibration to the limit. It achieves a linear stroke of 100 x 100 μm.

last updated Mar 06, 2026

High-precision parallel kinematics for optical adjustment P-733.2

Reproducibility ±1nm, XY axis 100µm stroke. High-precision nanopositioner ideal for transmitted light optical systems.

last updated Feb 19, 2026

High-Precision Parallel Kinematics P-733.2 for Semiconductor Manufacturing

Reproducibility ±1nm, XY axis 100µm stroke. High-precision nanopositioner for semiconductor manufacturing equipment.

last updated Feb 19, 2026

XYZ Axis Nano-Level Precision Piezo Stage with Aperture P-733

Reproducibility ±1nm, XY axis 100 µm + Z axis 10 µm stroke, optimal for transmitted light with a 50 mm aperture.

last updated Feb 19, 2026

【For Laser Processing】Opening 66×66mm Multi-Axis Piezo Scanner

Integrated structure with zero friction flexure guide for precise control of laser beams.

last updated Mar 17, 2026

[For Measurement] Aperture 50mm Piezo Scanner P-517/527

Zero-friction flexure guide integrated structure. Improved calibration accuracy with high reproducibility nano-positioning.

last updated Feb 19, 2026

【For Precision Machining】Open Aperture 50mm Piezo Scanner P-517/527

Frictionless flexure guide integrated structure. High-performance scanner supporting precision machining at the nano level.

last updated Mar 17, 2026

Optical Field Piezo Scanner with 50mm Aperture P-517/527

A multi-axis piezo scanner with zero friction that achieves nano-level positioning.

last updated Mar 17, 2026

50 mm aperture multi-axis piezo scanner P-517/527

Integrated structure with zero-friction flexure guide - capable of XY axis, XYZ axis, and XYθz axis motion.

last updated Mar 17, 2026

Variable Stroke Multi-Axis Compatible Nanopositioner for Optical Adjustment

Ideal for fine-tuning optical systems. High-precision nanopositioner with 0.1 nm resolution.

last updated Mar 18, 2026

Miniature X-axis piezo stage with built-in capacitive sensor for microscopes.

For nano-precision scanning of microscope samples. Achieving stable positioning with 0.1nm resolution and high linearity.

last updated Feb 25, 2026

[For Biotechnology] PIHera Compact X-axis Piezo Stage

Easy nano positioning with 0.1nm resolution and high stability control.

last updated Feb 25, 2026

0.1nm resolution compact X-axis piezo stage for nano positioning

Stabilizing nano-level measurements with 0.1nm resolution and high linearity.

last updated Feb 25, 2026

[For semiconductors] 0.1nm resolution compact X-axis piezo stage

Achieving high-precision positioning in semiconductor manufacturing. Quick and accurate alignment operations.

last updated Feb 25, 2026

0.1 nm resolution nanopositioner P-620.1/629.1

Type with a stroke of 50 to 1800 µm, high-resolution operation with capacitive sensors.

last updated Feb 25, 2026

[Piezonano Positioner P-611.1 for Precision Machinery Assembly]

Ideal for nano-precision assembly that cannot be achieved with conventional motor stages.

last updated Mar 17, 2026

P-611.1 Piezo Nanopositioner for Microscopes

Supports microscope scanning with low cost and compact design.

last updated Mar 17, 2026

High-Precision Piezo Nano Positioner P-611.1 for Semiconductor Manufacturing

Achieving nanometer precision positioning in a compact and cost-effective manner.

last updated Mar 17, 2026