Light and Display Measurement

Our wide lineup of proven products and global sales and support network makes us one of the market's leading suppliers of accurate, traceable and dependable measurement solutions for Light and Display technology.

Konica Minolta develops and produces high-end light and display measurement technology that is indispensable for the manufacturers of consumer electronics, (AR/VR) displays, μLED wafers, VCSEL/laser systems, automotive lighting and LED/SSL modules. Our measurement solutions benefit from high-precision spectroradiometers, widely recognized and in use worldwide. In combination with 2D imaging colorimeters, integrating spheres and goniometer systems, highly precise and accurate measurements from UV to IR can be performed with traceable results to PTB or NIST.

Our main portfolio covers test systems in display production lines, optical testing of μLEDs on a wafer and in modules, quality control for AR/VR devices, efficient characterization of IR sources (NIR LED, VCSEL). Display color analyzers help test display performance and quality in examination and adjustment of white balance and contrast, by precisely measuring chroma, brightness and balance.

We also offers an extensive audit portfolio covering various areas of application as system auditing, audit for cameras & spectrometers, and LED calibration standards.

CS-200

The CS-200 Chroma Meter measures luminance and chromaticity of light emitting products including: large plasma displays, compact LCDs and LEDs, outdoor screens, high pressure lamps, and instrument panels.

CA-410

Measure and adjust chromaticity and gamma characteristics of display technology including HDR displays across an expanded luminance range. A range of probes are available to match the specific requirements of the test. Can be operated via Data Processor or directly attached to PC or production line. Successor to the industry standard CA-310 Display Analyser.

CL-500A

A hand-held illuminance spectrophotometer ideal for the measurement of LED lighting. The CL-500A provides full spectral data from 360-780nm allowing accurate assessment of colour rendering and other measures such as lux and colour temperature that are traceable to international standards.

ProMetric® I-Series

The Radiant Vision Systems ProMetric® I Series of imaging colorimeters meets the requirements of high-speed production operations. They combine the benefits of automation with the accuracy of human visual perception to address a range of applications in the display industry for characterising luminance and colour uniformity.

CS-3000 Spectroradiometer

The CS-3000 is a Spectroradiometer with fast measurement speed, an extreme luminance range to exceed the requirements of HDR displays and emerging technologies. The instrument has been designed with automation and integration in mind to suit both production or development environments.

CL-70F

An entry-level solution for measurement of Colour Rendering Index, spectral irradiance, peak wavelength, tristimulus values, chromaticity, correlated colour temperature, dominant wavelength, excitation purity, illuminance, and difference values.

CA-527

Display Colour Analyser to measure and adjust chromaticity and gamma characteristics of display technology including HDR displays across an expanded luminance range.

ProMetric® Y-Series

The ProMetric® Y-Series of rugged, small-form-factor imaging photometers is optimized to test displays, keyboards, assemblies, and cosmetic surfaces in high-volume production settings. The sophisticated measurement performance of this photometer combined with configurable analysis software and local engineering expertise delivers a complete production test solution.

CS-150 / CS-160

Portable tristimulus colorimeter for light sources and irradiated objects, commonly used to measure display lights, signal lights and to make non-contact surface colour measurements.

CAS series of Spectrometers

The CAS 140D is a high-precision array spectroradiometer recognized as a global benchmark in spectral light measurement. For accurate measurements of a diverse range of light sources, from 200 – 1700 nm. Designed for rigorous lab and 24/7 production environments, to provide exceptional stability, repeatability, and fast integration times. Its traceable calibration to PTB and NIST, ideal for applications in LEDs, displays, UV-LEDs and determination of the hazard class of LED light sources (photo-biological safety).

CL-200A

A cost-effective solution for measuring illuminance and tristimulus colour of light. Measurement data includes lux, CCT, xy coordinates. The receptor can be separated from the main body to exclude operator reflections or shadows from measured data or to chain up to 30 measurement heads in a single system to cover a larger area.

LS-150 / LS-160

Handheld digital luminance meter for measurement of light sources and reflected light. Available with 2 Measurement Angles and a wide measurement range cd/m2. Measured data is displayed both inside the viewfinder and on the backlit external display.

Imaging colorimeters & IR testing cameras

Advanced imaging colorimeters and IR testing cameras, designed for precise, fast 2D light measurement. Capture photometric, colorimetric, and radiometric values in a single image, saving time simplifying workflows and enhancing accuracy.

AR / VR Measurement Solutions

Radiant Vision Systems is a pioneer in display testing for AR / VR technology, offering the highest spatial resolution in light and colour measurement for detecting, classifying, and preventing subtle light uniformity issues and pixel and sub-pixel defects. Radiant has developed inspection solutions that replicate the human eye’s visual response and use pupil position technology to guarantee measurements that correlate with consumer perception.

T-10A / T-10MA / T-10WsA

A professional illuminance meter that provides accurate and traceable lux or fcd over a large measuring range. Can be used with a detachable receptor head for remote measurement or in multi-point mode by connecting up to 30 receptors to cover a large area.