1. [DURABLE MATERIAL]: Made of high-strength aluminium alloy with an anodized surface, this sliding table is wear- and -.
2. [PRECISE MOVEMENT]: Features accurate cross screw slides for high-precision and smooth movement, ensuring reliable performance.
3. [WIDE APPLICATION]: Ideal for production machinery, inspection equipment, and optical laboratory precision measurement, providing precise displacement and positioning.
4. [SMOOTH LINEAR MOTION]: Designed with low frictional resistance, this sliding table offers smooth linear motion for efficient operation.
5. [Durability-Optimized]: With a 80*80mm table size and accurate machining, this sliding table delivers Durability-Optimized and excellent results.

Spec:
Features:
1. The Manual Linear Stages is use of aluminium alloy material with anodized surface, high strength, wear resistance and good .
2. Using accurate cross screw slides, high-precision smooth movement.
3. High quality sliding table, 80*80mm table size, accurate machining and Durability-Optimized, good using effect.
4. Linear motion, with a small frictional resistance.
5. Widely used in production machinery, inspection equipment, optical laboratory precision measurement, fine-tuning displacement, mechanical equipment positioning and movement.
Specification:
Condition: Brand New
Item Type: Sliding Table Linear Rail Stage
Material: Aluminum Alloy
Optional Model: KA80-1402-50, KA80-1402-100, KA80-1402-150
Z*2 Stroke: 50mm/100mm/150mm
L Slider Length: 170mm/220mm/270mm
L1 Hole Spacing: 100mm/150mm/200mm
Table Size: 80 * 80mm / 3.1 * 3.1inch
Feed Mode: Feed Screw Type
Feed Spacing: 2mm
Screw Diameter: 14mm
Bearing Capacity: 196N
Surface Treatment: Anodic Oxidation (White)
Fixed Way: Clamp Screw
Scope of Application: Automatic Equipment, Machine Tools, Optical Instruments, etc
Weight: Approx. 2124g
Package List:
1 * Sliding Table Linear Rail Stage
Note:
1. Please allow slight error due to manual measurement. Thanks for your understanding.
2. Monitors are not calibrated same, item color displayed in photos may be showing slightly different from the real object. Please take the real one as standard.