PJ721 High-Load Objective Scanner
Nanometer-level position control Built-in high-precision capacitive sensor Long-stroke, high-dynamic scanning system for heavy objectives

High resonance frequency, meeting the requirements of fast scanning.

Built-in high-precision capacitive sensor with high resolution.

The fixed threaded holes can be customized as separate or integrated type.

The surface adopts black anodization, and the mounting surface is subjected to conductive treatment.

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Product Overview


• PJ721 is a high-load objective scanning stage.

• Its load capacity can reach 600g.

• It adopts a flexure hinge design with no backlash.

• It can match different objectives by changing the fixed thread size.




Application field
Confocal Microscope
Semiconductor Inspection
Measurement Technology
Interferometry
Auto Focus System
Confocal Microscope
Semiconductor Inspection
Measurement Technology
Interferometry
Auto Focus System
Product Features
Utilizes a flexure hinge system
The use of flexure hinge guidance reduces coupling crosstalk. The flexure hinge system enables frictionless, high-precision displacement guidance, achieving nanometer-level position control. It also maintains wear-free operation even under high-frequency motion, offering an extended service life and requiring no maintenance.
Built-in high-precision capacitive displacement sensor
The built-in capacitive displacement sensor provides feedback control of the stage motion, achieving nanometer-level resolution. Compared to systems using strain gauges for feedback, it offers higher closed-loop accuracy and stiffness, enabling higher-speed position control.
Supports ID chip function
The ID chip inside the stage contains the servo control parameters for the stage. The controller identifies and adapts to the stage through the ID chip, eliminating the need for recalibration when replacing stage components.


  • PJ721-High-Load Objective Scanner