Feature

●The fine tuning sliding table is made of aluminium alloy with black anodised surface, high strength, wear resistance and good corrosion resistance.
●With precise cross roller guides, due to micron load, high-precision smoothness.
●High-quality sliding table, 60 x 60 mm table size.
●Accurate processing and stable performance, good use effect.
●Widely used in production machinery, inspection equipment, precision measurements in optical laboratory, fine tuning the displacement, positioning and movement of mechanical equipment.


Description

Functions:
1. For the fine tuning table, aluminium alloy material with black anodised surface, high strength, wear resistance and good corrosion resistance is used.
2. With precision cross roller guides due to micron load high accurate smooth movement.
3. High-quality sliding table, table size 60 x 60 mm.
4. Accurate machining and consistent performance, good using the effect.
5. Widely used in production machinery, inspection equipment, optical laboratory precision measurements, fine tuning the displacement, positioning and movement of mechanical equipment.


Specification:
Condition: 100% brand new.
Item Type: Manual Linear Table
Model: SEMXYZL60-ACR
Table size: approx. 60 x 60 mm.
Product height: 183.5 mm (including differential shaft handle)
Load: 29.6 N (3 kgf).
Stroke: Z: ± 6.5 mm.
XY: ± 6.5 mm.
Accuracy: 0.01mm (the differential head rotates one turn and moves 0.5mm)
Product material: aluminium alloy (black oxide)
Movement distance adjustment: micrometer differential head
Slide rail: linear guide.
Rail type: cross roller type
Scope of application: widely used in production machinery, inspection equipment, precision measurement in optical laboratory, fine tuning the displacement, positioning and movement of mechanical equipment.


Package list:
1 x manual linear table.

Note:
1. Please allow slight errors due to manual measurement. Thank you for your understanding.
2. Monitors are calibrated differently. The object colour shown in the photos may differ slightly from the actual object. Please take the real one as standard.