Technical features:
 
  • Suitable for multi-dimensional and high-precision sports scenarios;
  • The X, Y, and Z axes can all be adjusted roughly or finely;
  • Can achieve adjustment of θ x, θ y, and θ z (swing, pitch, and yaw)
  • Optional left and right drive positions.
 
Dimension labs' six axis fiber coupled displacement table adds a 6-axis sliding table with an angle sliding table (θ x θ y θ z) on top of the high-resolution manual sliding table (XYZ). Two M6 waist shaped mounting slots on the bottom plate are used to fix the displacement table; The provided six axis fiber coupled displacement table adopts precision 5 sets of cross roller guide rails and 9 differential head combinations, with a compact structure, high accuracy, and large load. Each of the X, Y, and Z axes has a coarse adjustment differential head and a fine adjustment differential head, with a coarse adjustment stroke of ± 6.5 mm and a resolution of up to 10 μ m, a fine adjustment stroke of ± 0.3 mm, and a fine adjustment resolution of up to 0.5 μ m through the differential structure. Three angle adjustment axes: θ x-axis stroke ± 3 °, resolution 0.49 ', θ y-axis stroke ± 3 °, resolution 0.46', θ z-axis stroke ± 4 °, resolution 0.55 '. The six axis fiber coupled displacement table is commonly used for core alignment of multi-core devices that require adjustment of the corresponding rotation direction of optical axes such as fiber arrays and waveguides.

 

General parameters:

material

aluminum alloy

series

L-A series

Type of axis

Six axis (X+Y+Z+θ X+θ Y+θ Z)

Drive mode

Micrometer Heads

Guide rail method

Cross cross roller guide rail

Surface Treatment

black anodizing

Center height of optical axis (mm)

130

XYZ axis resolution (μ m)

Roughly adjust by 10, finely adjust by 0.5

Resolution of θ X/θ Y/θ Z (′)

0.49/0.46/0.55

Net weight (kg)

2.5