Up to 109 channels on request!
The rotary joints shown here can be customized to meet specific requirements such as number of channels, interfaces and custom flanges, special fibers and extended fiber lengths, singlemode and multimode mixed, extendend wavelength range, insertion loss or testing and certification. In latter case please specify required measurement protocol.
For special requests you may contact our sales team with the required specification or select the nearest standard product for a Quote Request and add your special requirements in the comment field of the form before submitting.
You can also configure your own fiber optic rotary joint according to your needs. Download drawing, datasheet and more information and immediately request a quote!
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9+ Channel Fiber Optic Rotary Joints
The x.60 fiber optic rotary joint family is the most advanced product line with a high channel count up to 109 and more channels in a market-leading compactness.
The SPINNER x.60 fiber optic rotary joints portfolio permits flexible accommodation of your needs with
- up to 109 channels
- Special fibers
- Extended fiber lengths
- Extended wavelength range
- Customized insertion loss values
- Insertion loss bands across different channels
- Custom flanges
- Special labeling
- Mixed-fiber assembly, e.g. multi- and single-mode fiber in a multi-channel fiber optic rotary joints
- Customized pre-shipment inspection with testing of certain parameters
If you can’t find your fiber optic rotary joint according to your specifications online, please contact our sales team by email with the specification needed or select one of the displayed products for a Quote Request and add your special requirements in the comment field of the form before submitting.
SPINNER is one of the world’s leading manufacturers of high-performance rotary joints. Fiber optic rotary joints (FORJs) require exact optical and mechanical manufacturing. SPINNER provides all the mechanical and optical parts in top quality from a single source and ideally meets these requirements.
