[HIGH-PRECISION MOVEMENT CONTROL] Our X Sliding Table delivers exceptional accuracy with 0.5mm movement per rotation, allowing for micron-level positioning adjustments. The crossed roller bearing system ensures smooth, low-friction motion with horizontal accuracy of 10μm and vertical accuracy of 3μm, for demanding scientific and industrial applications.
[PREMIUM ALUMINUM ALLOY CONSTRUCTION] Built from durable anodized aluminum alloy, this sliding table offers strength while remaining lightweight. The scratch-surface withstands heavy use in laboratory and manufacturing environments, with a 49N horizontal load capacity and 19.4N vertical load capacity for reliable performance.
[SMOOTH GEAR DRIVE OPERATION] Experience effortless control with our precision gear rotating handle system. The fine-tuning knob provides smooth, vibration-free adjustments, making it ideal for sensitive optical alignment tasks in microscopy, photography, and semiconductor manufacturing applications.
[VERSATILE INDUSTRIAL APPLICATIONS] Designed , this 60x60mm platform excels in optical equipment positioning, semiconductor manufacturing, microscope stages, photographic equipment alignment, and printing press adjustments. The compact design fits perfectly in workspace-constrained environments.
[GUARANTEE] The crossed roller guide mechanism ensures minimal rolling friction and long-term stability. With ±6.5mm travel distance and robust construction, this displacement platform maintains consistent performance through continuous operation in research labs and production facilities.
Description
Item Type: Sliding Table
Table Size: Approx. 60 x 60mm / 2.4 x 2.4in
Horizontal Bearing Load: 49N
Vertical Bearing Load: 19.4N
Moving Amount (Z Distance): Approx. ±6.5mm / 0.3in
One Rotation Movement Distance: Approx. 0.5mm
Sliding Table Material: Aluminum Alloy
Feeding Method: Fine-Tuning Knob Type
Moving Guide: Crossed Roller Type
Exterior Treatment: Anodic oxidation treatment
Horizontal Movement Accuracy: 10μm
Vertical Movement Accuracy: 3μm
For Misumi Model: XFES40