Timbercon Adds Bare Fiber Processing Capabilities

LAKE OSWEGO, OR – December 22, 2006 – Timbercon, Inc., a fiber optic products and services company providing a vast array of connectivity solutions, today announced the availability of bare fiber processing designed to optimize bare fiber coupling efficiencies for a variety of precision optical applications.

Timbercon bare fibers offer a specialized and highly customizable solution to applications requiring precision conical, chiseled, angled or flat fiber tips. In addition to improving coupling, bare fibers can be lensed eliminating the need for discreet lens systems for some applications. Traditionally used for optoelectronic and passive device termination, custom bare fibers are now being utilized in a number of communications, medical and sensing applications.

Bare fiber processing is an extension of Timbercon’s existing custom product and service offerings, focused on providing customized solutions for a wide range of application specific requirements. “By adding bare fiber processing to our existing capabilities, we can provide our customers with a complete menu of options for highly specialized fiber prep, device termination or pigtailing applications,” states Sean Gitt, marketing director for Timbercon.

Timbercon bare fibers are available in single mode, multimode and polarization maintaining fiber types with a variety of standard and custom polishes, angles and lensed end finishes.

Bare Fiber Optic Cables

About Timbercon, Inc.
Founded in 1997, Timbercon, Inc. is a fiber optic product and solution manufacturing company providing a vast array of connectivity solutions to the data storage, telecommunications, military, industrial, broadcast and networking industries. In addition to standard fiber optic patch cords and attenuated test cables, Timbercon has pioneered proprietary products, many of which are now considered to be an industry benchmark. Additional company information can be found at www.timbercon.com.

Timbercon Contact:
Sean Gitt
(P) 503.827.8141
Sean Gitt

Learn more about Bare Fiber...

 

Line