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:
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material
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aluminum alloy
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series
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L-A series
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Type of axis
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Six axis (X+Y+Z+θ X+θ Y+θ Z)
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Drive mode
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Micrometer Heads
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Guide rail method
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Cross cross roller guide rail
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Surface Treatment
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black anodizing
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Center height of optical axis (mm)
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130
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XYZ axis resolution (μ m)
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Roughly adjust by 10, finely adjust by 0.5
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Resolution of θ X/θ Y/θ Z (′)
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0.49/0.46/0.55
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Net weight (kg)
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2.5
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