July 24, 2009 — Solarization Resistant Fibers from Fiberguide Industries Fibers' coating protects against solarization during deep UV exposure

July 6, 2009 — Fiberguide Features Polyimide Coated Optical Fibers at SPIE Coating protects fibers in extreme environmental, mechanical and thermal conditions

June 19, 2009 — Fiber Optic Interface for UHV or High Vacuum Systems Creating an easy way to use optical fibers with vacuum systems and pressure chambers, Fiberguide Industries' offers its Fiber Optic Feedthroughs. The feedthroughs can be used for any medical, industrial or research application that requires optical interfacing with UHV or high vacuum systems.

May 5, 2009 — Fiberguide Announces New President Jack Kelly
Kelly to head operations for Stirling-based fiber optics manufacturer

February 16, 2009 — Fiberguide Introduces Collimators and Focus Guides for Fiber Optics
Modules efficiently collimate a power light source into a defined degree beam

December 18, 2008 — Specialty Optical Fibers and Laser Delivery Cables from Fiberguide at Photonics West
Hands-on demonstrations of all Fiberguide products available at company's booth

November 19, 2008 — Mode Scrambler Option Eliminates High Power Laser Hot Spots SMA connector removes all energy absorbing materials at fiber end

November 11, 2008 — Fiberguide Appoints Gary Churchill as Eastern Regional Manager
Churchill to provide direct sales representation and technical assistance to customers

September 17, 2008 — Fiberguide Industries Acquired by Halma
Acquistion to promote product innovation and extend reach into global markets

September 17, 2008 — Fiberguide Industries Introduces Line of Hard Clad Silica and Hard Clad Silica/Silica Fibers
Stirling, New Jersey - Fiberguide Industries, Inc. introduces its line of large core multimode optical fibers featuring Hard Plastic Clad standard Silica core fibers with a Numerical Aperture (N.A.) of 0.39 and Hard Plastic Coated Low Hydroxyl (OH) Silica core fibers with a N.A. of 0.22 and attenuation of 3.5dB/km @ 800nm // 8.6dB/km @ 1060nm respectively