The WP525 is a high-performance all-in-one tristimulus imaging spectral colorimeter. It integrates a 24.6 MP camera and a built-in spectroradiometer, eliminating the need for multiple instruments. Its compact design, paired with Photometrica® software, provides all the necessary tools for efficient display and lighting characterization.

The WP512 is an all-in-one production tester for displays, lighting, and more, combining a 12 MP camera and a built-in spectroradiometer. It delivers precise, accurate measurements for consistently high-quality results without the need for multiple instruments. Its compact design requires just one power connection and one GigE connection, offering superb performance on the production line.

Thermoelectrically-cooled CCD imaging colorimeters, available in six models with up to 12 MP sensors for precise R&D and production measurements. Choose from models with manual or electronic lens control or integrated spectroradiometers for the highest accuracy. Ideal for AR/VR testing, flat panel displays, and automotive graphics, with adjustable pupil aperture and interchangeable 2D lenses for versatile applications.

Multi Camera Imaging Colorimeters (MCICs) deliver fast luminance and chromaticity measurements, boosting production efficiency and ROI. Designed for high-speed performance, MCICs measure up to four tristimulus channels simultaneously, with no moving parts and color measurements as fast as 1 second. Photometrica software enables threaded functions for fast data processing, and optional spot spectroradiometers offer precise corrections.

The XR1 NED Lens offers high-fidelity characterization for Near Eye Displays (NEDs), simulating the human eye with an adjustable pupil size from 1.5 mm to 5 mm. Optimized for AR displays with up to 73° FOV, it fits tightly confined spaces in helmets, headsets, or glasses, providing precise measurements for AR and VR systems.

The WP Conometer Lens uses Fourier optics to measure flat panel display luminance and chromaticity across a +/-80° viewing angle. It also captures spectral data at the field’s center for enhanced accuracy, providing reliable measurements of luminance, chromaticity, contrast, gamma, and more, ensuring precise viewing angle performance analysis.