ProMetric® I-SC Solution Imaging Colorimeter & Integrated Spectrometer Combination imaging colorimeter & spectrometer for complete color measurement in one solution The ProMetric I-SC employs a mirror mounted inside the imaging colorimeter on the color filter wheel to redirect light through a fiber-optic cable to the spectrometer. ProMetric I-SC Highlights • Optimized for speed, resolution, and measurement accuracy • Captures spectral and spatial measurement data simultaneously using a single solution • References spectral data to calibrate the tristimulus imaging colorimeter according to CIE colormatching functions • Works seamlessly with Radiant Vision Systems TrueTest™ Automated Visual Inspection Software packages • Offers multiple sensor resolution options and lens choices with Smart Calibration™ for a wide range of distance and aperture settings ProMetric® I imaging colorimeters are designed to address inspection demands for high-volume manufacturing of displays, illuminated components, light sources, and surfaces. These systems use tristimulus color filters, which provide an innately close response to standard CIE color-matching functions. This enables the most accurate evaluation of color based on the human visual experience (380 nm - 780 nm) to ensure quality as perceived by users of light-emitting devices. With scientific-grade image sensors in a range of high-resolution options, ProMetric imaging colorimeters can perform subpixel-level measurement of luminance and chromaticity as well as inspect numerous precise details across large fields of view. The ProMetric I-SC Solution uses a polarization-insensitive mirror to combine the functions of an enhanced ProMetric I imaging colorimeter with a high-end CAS 140D spectroradiometer from Instrument Systems GmbH. This innovative design is based on patented technology developed by Radiant Vision Systems (US Patent No. 8482652). Using a measurement image acquired by the connected imaging colorimeter, the ProMetric I-SC simultaneously measures spectral data at the center point while quantifying and comparing spatial luminance (cd/m2) and chromaticity (CIE x,y and u′v′) values across the image to evaluate a device. Both systems are controlled using a single software platform, which also provides a centralized interface for data visualization and output. From software, users can initiate spectral data capture on demand or program the solution to capture a spectrum automatically with each measurement. Reference spectral data can be applied directly to the imaging colorimeter for in-line color calibration to new devices and device states, ensuring a consistent match between camera response and CIE measurement functions. As a directly integrated system, ProMetric I-SC operates continuously without intervention, ensuring repeatable accuracy, efficiency, and ease of use. ProMetric I-SC colorimeters are optimized to work with industry-leading TrueTest™ Automated Visual Inspection Software from Radiant Vision Systems. TrueTest provides a complete turnkey solution for production-level test sequencing using a library of light measurement and inspection software tools. From absolute accuracy in product design to optimal efficiency for in-line quality control, the ProMetric I-SC Solution is engineered specifically to address end-to-end metrology applications. Radiant Vision Systems 18640 NE 67th Ct. Redmond, WA 98052 USA General Inquiries: [email protected] Technical Support: [email protected] Website: www.RadiantVisionSystems.com Copyright © 2022 Radiant Vision Systems LLC All Rights

ProMetric® I-SC Solution Specifications Spectrometer Specifications Parameter Luminance Minimum Luminance Maximum (using ND3 filter) Spectroradiometer Absolute Accuracy Color Coordinates (x,y) ± 0.0015 for CIE standard illuminant A Short-term Repeatability Minimum Measurement Time Measurement Spot Size Corresponding to ~600 I61 imaging colorimeter sensor pixels (in diameter) Communication Interface Power supply Dimensions (H x W x D) Operating Temperature Operating Humidity 15 - 35° C Relative humidity 0 - 70 % max., non-condensing Imaging System Specifications Parameter Primary Application Sensor...