LSSZ-03-11 Manual Combined Linear Translation Stage, High Precision Manual Positioning Stage

No.LSSZ-03-11

This manual combined displacement stage adopts micrometer fine adjustment design, featuring compact structure, independent axis control and high positioning accuracy. It supports flexible multi-directional fine-tuning, widely applied in optical alignment, laser calibration, spatial filter assembly and precision laboratory optical path adjustment.

$366.00

function:

XYZ 2D Displacement Stage with Z-Axis Rotation

Range:

25mm，25mm，360°

Table size:

diameter 82mm

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Detailed Description ｜Manual Combined Displacement Stage

This multi-axis manual combined displacement stage is engineered for precision optical positioning and micro-adjustment applications. Integrated with high-precision micrometer heads, it delivers sensitive, stable and repeatable manual tuning across X, Y and Z axes with excellent locking performance.

Each axis adopts an independent adjustment structure, enabling separate fine positioning and flexible operation. The smooth linear guide structure ensures steady sliding, no jitter or offset during movement, effectively avoiding optical deviation caused by unsmooth transmission. With ultra-fine adjustment accuracy and reasonable travel range, it allows accurate micro-calibration for light spot alignment, lens focusing and component centering.

Made of high-strength metal material with anti-corrosion and anti-oxidation surface treatment, the stage features rigid structure, strong load capacity and long-term service stability. Compact and modular design facilitates easy installation, combination and integration into various optical platforms, laser systems, microscopic equipment and laboratory optical paths.

Widely applicable for optical path debugging, laser beam correction, spatial filter pinhole alignment, optical component positioning, industrial micro-detection and scientific research experiment fine adjustment scenarios, it provides reliable high-precision positioning solutions for photonics, laser technology and precision measurement fields.