High Speed Reliable Operation OCT Single Channel Fiber Optical Rotary Joint

Description

       This part is an integrated slip ring that integrates current and optical signal routing into one unit. For the optical part, its working wavelength reaches 1200~1400. In spite of a high rotating speed in medical treatment, it can still maintain an extremely low mechanical noise. The medical slip ring is also a long service life unit that sustains its equipment to be free of updating internal part or being abandoned. As a hybrid slip ring, it integrates 2 wires transmitting 2A electricity and 1 channel single mode fiber transferring optical signal.

Highlights

● Working wavelength: 1200~1400 (single mode fiber)

● Working Speed: 0~6000 rpm

● Mechanical Noise: 50dB

● Working Life: 100 million turns

Specifications:

Applications:

OTC

Aerospace/Defense 
? Armored vehicle turrets, IR and EO systems
? Missile seeker gimbals and inertial systems
? Helicopter de-ice systems, EO / IR trackers and target systems
? Fixed-wing aircraft - EO/IR trackers, fire control systems, surveillance systems and targeting systems
? Missile counter measures
? Space - solar array mechanisms
? Shipboard/submersible - navigation systems and fire control radar
? Surveillance systems
Industrial 
? Medical equipment and devices
? Robotics
? Index tables
? Semiconductor handling
? Pan tilt cameras
? Packaging and processing equipment
? Cable reels
? Wind energy
? CT scanners
Marine 
? Remote operated vehicles (ROV)
? Seismic surveying
? Oceanographic winches
? Subsea communications and control
? Floating production, storage and offshore loading (FPSO)
? Diving
? Marine instrumentation
? Down hole/wire logging and drilling 

Typical application

• Turrets

• Radar System

• Seafloor Operation System

• Material Conveying System

PS:

       Apart from providing connector or terminal processing for clients, we have our own CNC center so that we can provide one-stop service of supporting parts manufacture like housing or other mounting-related mechanical parts.