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| VLOC is a recognized leader in the growth and manufacture of laser crystals, materials and optical components for the solid state laser market. Here you will find information regarding Lightweight Optics, Thin Film Coatings, Laser Optics, Laser Crystals, Waveplate, Yag Crystals. | |
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About VLOC
VLOC is a subsidiary of II-VI Incorporated (II-VI), a publicly traded company listed under the trading symbol IIVI on the NASDAQ National Market.
Located on the West Coast of Florida, near Tampa, VLOC operates out of facilities totaling 65,000 Sq. ft. and employs approximately 200 employees.
Find out more about VLOC
7826 Photonics Drive, New Port Richey, FL 34655
Tel: 727.375.VLOC (8562)
Fax: 727.375.5300
EMail: info@vloc.com
http://www.vloc.com
Resources & Links
From Laser Focus World
Waveplates
MICROSCOPY: Differential-polarization technique enables precise 3-D nanoimaging
A reflective optical arrangement that allows control of the properties of polarized light has enabled development of an optical-imaging technique for precise 3-D thickness, dimensional, roughness, profile and step-height measurements at the nanometer scale.
Laser Focus World, December 01, 2006
A reflective optical arrangement that allows control of the properties of polarized light has enabled development of an optical-imaging technique for precise 3-D thickness, dimensional, roughness, profile and step-height measurements at the nanometer scale.
Laser Focus World, December 01, 2006
OPTICAL MATERIALS: X-plate quartz enables large birefringent optics
Larger quartz optical waveplates are on the way, thanks to a newly developed quartz-culturing process that grows crystals in an optimum shape.
Laser Focus World, August 01, 2006
Larger quartz optical waveplates are on the way, thanks to a newly developed quartz-culturing process that grows crystals in an optimum shape.
Laser Focus World, August 01, 2006
Newsbreaks
Two-color IR photodetectors, often with detection bands in the 3- to 5-µm and 8- to 12-µm wavelength regions, are useful for remote measurement of temperature.
Laser Focus World, September 01, 2005
Two-color IR photodetectors, often with detection bands in the 3- to 5-µm and 8- to 12-µm wavelength regions, are useful for remote measurement of temperature.
Laser Focus World, September 01, 2005
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