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Fiber Coupling Stage
860-0210
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957 $
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Fiber Coupling Stage
860-0210
Available: 0
957 $

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Fiber Coupling Stage 860-0210

Fiber Coupling Stage 860-0210

Fiber Coupling Stage of flexure compact block design with high-resolution micrometers ensures long-termed stability and good stiffness together with smooth motion without the severe limitations of stiction and friction.

957 $
delivery Estimated delivery time: 5 - 6 days
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Description
Code Weight Price Delivery Add to cart
860-0210 1.6 kg 957 $ Request

Travel range in each XYZ direction 2 mm
Sensitivity 0.2 µm
Reading accuracy 1.25 µm (1/2 division)
Cross-talk 20 µm/mm
Mechanical stability flexure design with Stainless Steel Spring
Load capacity 1.5 kg

dwg Fiber Coupling Stage - DWG file

 

If you would like to review 3D drawings additional software is required. For a quick review of the drawings, we recommend CadFaster - QuickSetup - free software that allows you to view 3D files.
Please follow this link to download the program.

EKSMA Optics Fiber Coupling Stage
1.17 MB
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  • fiber coupling stage of flexure design
  • rotating platform on the top
  • compact block design
  • long-term stability
  • smooth motion

Flexure stages are ideal for high precision device manipulation. This stage suits almost any micropositioning applications range, for example, from fiber launch systems for single-mode, multimode and polarization maintaining fibers as well as waveguide alignment, through to the manipulation of microstructures in bioscience.

 

Fiber Coupling Stage of flexure compact block design with high-resolution micrometers ensures long-termed stability and good stiffness together with smooth motion without the severe limitations of stiction and friction.

 

Flexure stages have a combination of overall size, travel, resolution, and low cost that makes them unique decision to meet the stringent requirements of photonics laboratory applications. Vacuum compatible versions are delivered on request. Also as an option fiber coupling stage can be provided with differential screws.