Westboro Photonics
Westboro Photonics has been a leading international provider of LED, display and light measurement metrology equipment for more than 20 years.
- 613-729-0614
- info@wphotonics.com
- 1505 Carling Avenue
Suite 301
Ottawa, ON K1Z 7L9
Canada
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product
Imaging Photometers
Westboro Photonics offers an intelligent selection of imaging photometers. With a wide range of resolutions, an assortment of lenses, flexible software, and cooled systems, our products are unmatched in the marketplace. We provide three series of photometers to satisfy almost any 2D luminance-based measurement need. Applications including Graphics Testing, Beam Pattern Distribution, Flat Panel Displays and Avionics Panel Balancing are handled with ease, thanks to our robust design, extensive calibrations, and flexible, intuitive analysis software.
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Beam Pattern Measurement System
BP100
The BP100 is purpose-made for luminous intensity measurement of lamps, using a diffusely transmitting screen to provide a flat image that can be measured by an imaging photometer. This is a low cost, versatile solution in comparison to the traditional method of measuring lamp properties as a function of angle of emission, using Goniometers that are often costly and dedicated for one specific measurement.
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Diffuse Reflectance Sphere
DRS100
Mobile displays are used in a variety of ambient lighting environments. The evaluation of mobile displays under diffuse illumination conditions is critical to the understanding of display performance in the real world, as mobile displays are used in a wide range of ambient lighting environments. The DRS100 is purpose-made to completely characterize the diffuse reflectance properties of mobile displays, providing uniform hemispherical illumination.
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Imaging Colorimeters
Westboro Photonics offers high resolution, high performance imaging colorimeters to meet the needs of manufacturers for several key applications: Computer and cell phone keyboards: automatic measurement, identification and pass/fail analysis for luminance and chromaticity of backlit glyphs and other lit elements. Beam pattern analysis of the luminous intensity distribution of lamps and LEDs. Avionic light plate panel balancing. Transportation, architectural and municipal lighting and signage.
