China XYZ Linear Stages Manufacturers Factory Suppliers

The variable loading helps achieve minimizing the frictional resistance damage. Therefore, satisfying a high accuracy demand. A combination of the nut with the slide makes space saving and an

EGWP95F-I is a long-travel belt axis with six available motor positions. Its 25 mm synchronous belt provides a nominal 50 mm feed per drive revolution, with published speeds up to 2000 mm/s.

The EGHS95F II uses two profile rails to support the moving table on both sides of its ball screw. This layout is intended for installations where tooling weight or working force may not act directly

The SBRS140K carries its mounting plate on four SBR20UU bearing blocks. Beneath the plate are two fully supported SBR20 shafts and a Φ20 C7 ball screw. The available working travel starts at 100 mm

GY MGNS100F is a ball screw axis available with either a rear-mounted motor or a folded motor arrangement. Its 100–800 mm travel range is separate from the choice of screw lead.

This XY stage is assembled from two GY HGHS140F ball screw modules mounted at right angles. Each axis can be configured separately for stroke, screw lead and motor arrangement, allowing the X and Y

The GY MGWS60F is a compact ball-screw stage built around a structural U-shaped guide. Individual modules can be stacked to create coordinated X Y and Z movement, with published strokes from 50 to

The GY HGWS60K is a ball-screw linear module that can operate alone or be combined with a second axis to create an XY positioning system. Published stroke options range from 100 to 1200 mm.

The GY EGHS95F II is a compact motorized actuator that integrates a ball screw with guided carriage movement. It is available with working strokes from 100 to 800 mm.

A covered single-axis actuator with a 16 mm ball screw and linear guide system for controlled positioning over strokes from 100 mm to 800 mm.

A motorized linear stage built from high-strength 6061 aluminum alloy — track, slider, and recirculating balls or rollers combine to hold micron-level positioning accuracy for semiconductor,

Use of a ball cage eliminates friction between balls, and achieves low noise, acceptable running sound, long-term maintenance-free operation, and superbly high speed response. If you are looking for