Piezo positioning system
Piezo positioning system
○ Nano control positioning piezo scanner 1 to 6 axes ○ Z-axis piezo scanner for microscopes (PIFOC) ○ Controller ○ Capacitive sensor
61～82 item / All 82 items
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Objective Focus for Nanotechnology P-725.xCDE2
Sub-nanometer resolution, focus scanner P-725.xCDE2 with a maximum movement of 800 µm.
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High-Precision Parallel Kinematics P-733.2 for Semiconductor Manufacturing
Reproducibility ±1nm, XY axis 100µm stroke. High-precision nanopositioner for semiconductor manufacturing equipment.
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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.
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Long Stroke Objective Focus for Optical Measurement P-725.xCDE2
Sub-nanometer resolution, compatible with maximum 800 µm stroke, high-speed and high-precision PIFOC focus scanner.
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[P-725.xCDE2 Focus Scanner for Semiconductor Inspection]
High-precision Z-focus scanner for semiconductor inspection equipment with sub-nanometer resolution and maximum 800 µm stroke capability.
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High-Speed Tip/Tilt Piezo Stage S-331 for Photonics
Resonant frequency of 10 kHz. A tip/tilt stage for photonics that achieves both high speed and high resolution.
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Optical Large Deflection Angle Piezo Chip Tilt Platform S-330
High dynamics chip tilt stage ideal for high-speed steering mirror applications.
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XY stage U-723 equipped with ultrasonic piezo motor for optical adjustment.
For high-precision positioning in optical applications. Compact size, 10 nm resolution, self-locking when powered off.
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U-723 Small Linear Stage for Microscope XY Axis
For positioning samples in a microscope. High precision, space-saving, self-locking.
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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.
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NanoCube 6-Axis Piezo System for Optical Applications
Achieving fine adjustment of optical systems with 6-axis nanopositioning.
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PIHera XY Piezo Stage for Biotechnology
Ideal for cell manipulation and live cell observation. Achieves stable XY positioning with sub-nanometer precision.
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PIHera XY Piezo Stage for Microscopes
Ideal for microscope sample positioning with a maximum stroke of 1800µm and excellent accuracy provided by capacitive sensors.
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Variable Stroke Multi-Axis Compatible Nanopositioner for Optical Adjustment
Ideal for fine-tuning optical systems. High-precision nanopositioner with 0.1 nm resolution.
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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.
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Compact 2-Axis Nanopositioner for Optical Adjustment
44mm square, maximum stroke of 120µm, high-precision nanopositioner with 0.2nm resolution.
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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.
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[For Precision Measurement] 44mm Square Compact Piezo Stage P-611.Z
A 44mm square casing that achieves height measurement at the nanometer level.
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High-Precision Piezo Nano Positioner P-611.1 for Semiconductor Manufacturing
Achieving nanometer precision positioning in a compact and cost-effective manner.
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P-611.1 Piezo Nanopositioner for Microscopes
Supports microscope scanning with low cost and compact design.
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[Piezonano Positioner P-611.1 for Precision Machinery Assembly]
Ideal for nano-precision assembly that cannot be achieved with conventional motor stages.
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[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.
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