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ABB Chooses IRphotonics Infrared Fiber for Remote Sensing |
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MID INFRARED FIBERS’ EXTENDED SPECTRAL RANGE ALLOW IN-SITU MONITORING IN PETRO-CHEMICAL PROCESSING PLANT
Montreal, Canada, February 26, 2008 – IRphotonics, a leading provider of infrared fiber and materials, is pleased to announce that it has been awarded a contract by ABB to supply Infrared Optical fiber assemblies for use up to 2500nm for their remote, multi-cell extractive fiber-optic based analyzer systems. These analyzers allow remote real-time monitoring of continuous and batch processes in the refining, chemical, pharmaceutical, food and semiconductor industries.
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IRphotonics Announces Breakthrough in Commercial Infrared Optical Fiber |
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ULTRA LOW ATTENUATION IN INFRARED OPTICAL FIBER TO LEAD TO SUPERIOR PERFORMANCE FOR MEDICAL, DEFENSE AND SPECTROSCOPY APPLICATIONS
Montreal, Canada, January 16, 2008 – IRphotonics, a leading provider of infrared fiber and materials, is proud to announce that it has achieved the lowest reported attenuation for a commercial grade Multi-Mode Infrared optical fiber.
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IRphotonics Introduces High Performance MM-85 Multimode Optical Fiber Targeting Spectroscopy, Defense and Medical Applications |
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THE MM-85 FIBER OFFERS BEST IN CLASS TRANSMISSION AS WELL AS WIDE AND UNIFORM SPECTRAL RESPONSE
Montreal, Canada, December 10, 2007 – IRphotonics, a leading provider of infrared fiber and materials, announced today general availability of a new multimode fiber for spectroscopy, defense and medical applications. By using in-depth know-how of infrared fiber manufacturing, IRphotonics can offer a fiber with a smooth spectral response from 1300 to 4300 nm.
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Irphotonics announces moldable glass for large scale uv to mid ir applications allows production of finished aspherical and diffractive lens geometries in volume |
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IRPHOTONICS ANNOUNCES MOLDABLE GLASS FOR LARGE SCALE UV TO MID IR APPLICATIONS ALLOWS PRODUCTION OF FINISHED ASPHERICAL AND DIFFRACTIVE LENS GEOMETRIES IN VOLUME
Montreal, Canada – April 2, 2007 – IRphotonics, a leading supplier of mid infrared materials, today announced it has successfully completed molding tests of its proprietary fluoride glass with optical industry leaders. The test results confirmed that IRphotonics’ UVIR™ amorphous glass can be easily molded into a variety of optical components that include aspherical lenses. IRphotonics’ UVIR™ glass exhibits a broad transmission window ranging from UV to 8 μm that makes it an ideal material for various defense and commercial applications that include thermal imaging and spectroscopy.
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