ST BFOC Fiber Optic Connector with Metal Ferrule  Rugged Bayonet Optical Connector
ST CONNECTORS

ST BFOC Fiber Optic Connector with Metal Ferrule Rugged Bayonet Optical Connector

STBFOC Fiber Optic Connector with Metal Ferrule Rugged Bayonet Optical Connector. This ST/BFOC connector combines a metal ferrule with a bayonet-style coupling body for rugged termination of compatible specialty fiber cables. The shown component set includes the connector, crimp sleeve, long strain-relief boot and protective cap.

ST/BFOC Fiber Optic Connector with Metal Ferrule, Rugged Bayonet Optical Connector


ST BFOC connector metal ferrule, ST fiber connector, bayonet fiber termination, rugged optical connector, specialty fiber connector, industrial light guide connector


PRODUCT INTRODUCTION This ST/BFOC connector combines a metal ferrule with a bayonet-style coupling body for rugged termination of compatible specialty fiber cables. The shown component set includes the connector, crimp sleeve, long strain-relief boot and protective cap.
USES It can be used in custom patch cords, sensor leads, light guides and industrial optical assemblies where quick connection and robust metal construction are preferred.
PERFORMANCE The bayonet interface provides fast, positive engagement, while the metal ferrule offers a durable termination platform for compatible fiber dimensions. The rear boot helps manage cable flex. Final optical efficiency depends on fiber fit, ferrule finish and mating alignment.
KEY FEATURES
  • Durable metal ferrule
  • Quick ST/BFOC bayonet connection
  • Metal connector housing
  • Long strain-relief boot and crimp sleeve
  • Suitable for selected specialty or large-core fibers
APPLICATION SCENARIOS
  • Industrial sensing
  • Machine vision and illumination
  • Laboratory instruments
  • Specialty fiber patch cords
  • Maintenance of ST optical systems
SUMMARY A robust ST/BFOC termination choice for specialty assemblies that value quick bayonet mating. Verify ferrule bore, fiber diameter and mating-adapter compatibility.