Fiber optic rotary joint provides the best solution for the data transmitting for rotary connections systems.It is suitable for application which needs transmitting large datas or signals from static device to rotary position when continuous or intermittent rotating. Fiber optic rotary joint could improve mechanical performance, simplify operation and avoid the data loss during rotating. It combines traditional slip ring to transmit power and high speed data. Relying on CENO's strong R&D ability and experienced engineering team,more and more fiber optic rotary joint model are coming out.

Non-contact technic is the advantage of this series rotary joint.This technic ensures long life span and the high rotation speed becomes more easy in this fiber optic rotary joint series.1 to 22 channels with multi-mode and single mode are optional.More specification are researched to satisfy customers’ demands.Connector type are varied.Low insertion loss assure reliable performance.They are popular to combine electrical slip ring into one design.

A fiber optic rotary joint is a conductive component that transmits power, signals especially the photoelectric signals between the rotary part and the stationary part while allowing a 360-degree rotation. It is especially suitable for equipment that requires unlimited rotation. CENO fiber optic rotary joints can improve mechanical performance, simplify system operation, and avoid damage to fiber optics due to rotation of moving joints. The fiber optic rotary joints can be used with a traditional electric slip ring as a photoelectric hybrid slip ring to transmit power and high speed data.

CENO hybrid photoelectric slip rings are widely applied in high precision devices, for example, those in the medical industry. And in the high-end medical instruments, take the laparoscope for instance, it demands high definition video data transmission and therefore the fiber optic rotary joint is an excellent technical solution for it. Fiber optic rotary joint allows the camera on the laparoscope to rotate in an agile way, meantime it guarantees reliable, rapid and stable data transmission to the processor.