High Precision Positioning

Equipped with cross-roller or Gothic rail guide systems and high-resolution micrometer heads (up to 10 μm), enabling accurate micro-translation for optical alignment and fiber coupling.

Excellent Stability and Repeatability

Rigid stainless steel construction and disc-type locking mechanisms minimize drift and ensure stable positioning during long experiments or assemblies.

Strong Load-Bearing Capacity

4-point contact rolling structures and robust guide rails support higher horizontal and vertical loads compared to conventional sliding stages.

Flexible Multi-Axis Configuration

Available in single-axis, XY, Z-axis, and compact three-axis designs; can be easily combined to build X, Y, Z, or XYZ translation systems.

Compact and Space-Saving Design

Slim and integrated structure makes them ideal for space-constrained optical setups, laboratory instruments, and precision mechanical assemblies.

Multiple Drive Options

End direct drive, left-side drive, and right-side drive configurations provide ergonomic adjustment and flexible installation.

Durable Stainless Steel Construction

Key components made from 440C stainless steel ensure corrosion resistance, long service life, and consistent performance in demanding environments.

Versatile Mounting Compatibility

Standard threaded holes (M3, M4, M6, SM1) allow easy integration with optical components, breadboards, posts, and mounts.

Smooth and Fine Adjustment

Precision-ground lead screws, lever-driven structures, and micrometer drives provide smooth motion with fine control.

Modular Expandability

Adapter plates and right-angle brackets enable quick assembly of multi-axis systems and vertical mounting configurations.

Ideal for Optical and Scientific Applications

Widely used in laser systems, microscopy, spectroscopy, imaging, fiber alignment, and precision engineering setups.

Reliable Factory-Calibrated Performance

Fully inspected nominal specifications ensure consistent quality and dependable operation in research and industrial environments.