New Products
The WP6120 delivers our highest resolution yet for more demanding graphics analysis or defect testing of flat panel displays.
The WP6x series can now be upgraded with a spectroradiometer and flicker detector to increase color accuracy and measure flicker.
This high-resolution imaging colorimeter captures images in parallel for maximum throughput in production applications.

Westboro Photonics is an innovative manufacturer of light measurement equipment serving the flat-panel display, avionics, automotive and illumination industries. Our measurement solutions include instrumentation to measure light emission, reflection and transmission as well as the software needed to control, analyze and report those measurements.

Our Core Services

We have focused on developing imaging systems, imaging photometers and hyperspectral imagers since they offer more information than traditional spot measurement devices. Our innovative instruments and software solutions have been engineered to meet our clients' requirements for greater productivity, higher measurement dynamic range and accuracy.

Lighting and LEDs

LED Tests

Our innovative products can measure a complete range of optical quantities necessary for LED or general lighting characterization. Luminance, intensity, illuminance, flux, chromaticity and spectrum information can all be obtained using a single, compact image based system. Beam pattern measurements and uniformity can be characterized with our imaging photometers and colorimeters.


Display Test

We offer an assortment of novel solutions designed to characterize emissive and reflective displays for nearly all practical applications. Key measurement applications include: contrast, uniformity, mura, chromaticity, gamut, gamma, viewing angle, and BRDF/BSDF. With specific focus on speed and accuracy, our solutions are uniquely suited for both R&D and production applications.

Reflection and Transmission


Our imaging systems are used to characterize the spatial uniformity in transmission or reflection; either photometrically or hyperspectrally. The Bidirectional Reflection and Transmission Distribution Function (BRDF/BTDF) of materials can also be evaluated with our imaging systems and powerful software.

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