Luminance Measurement Solutions GL OPTICAM 1.0 Imaging Luminance Measurement Device (ILMD) Optical digital camera system for luminance measurements of LED modules, lamps, luminaires, displays, street luminance and other sources in a broad range of applications. WHAT IS AN IMAGING LUMINANCE MEASUREMENT DEVICE (ILMD)? • Calibrated and optimized digital camera and optics using a CMOS image sensor • A luminance meter with a matrix oF millions oF detector points * Captures an entire scene, simultaneously measuring luminance oF each point • Rapidly measures many point in a single operation SYSTEM FEATURES • High resolution and high sensitivity CMOS sensor * High class V-lambda Filter • Mathematical models implemented For stray light and dark current compensation • Flare reducing optics • User Friendly soFtware GL Optic products are made in Europe, sold and serviced on all continents. Light quality control

GL OPTICAM 1.0 Imaging Luminance Measurement Device (ILMD) application examples. GL Optic, a leader in light and color measurement systems, simplifies making high quality luminance measurements For a broad range of applications. The GL OPTICAM 1.0 optical digital image camera system is a comprehensive solution For the quality control oF indoor and outdoor lighting products, illuminated symbols, automotive, aerospace and street luminance. The imaging luminance meter From GL Optic is based on a calibrated and optimized digital camera, equipped with an optical system that includes a V-Lambda correction...

ACHIEVE UNPARALLELED ACCURACY IMAGING LUMINANCE METER + SPECTRORADIOMETER A synergistic solution combining luminance testing oF our imaging camera system with spectroradiometric measurements oF our spectrometer. High precision and unmatched perFormance. Available analytical soFtware, GL SpectrosoFt, delivers user Friendly, intuitive interFace supporting data downloads and the preparation oF comprehensive reports. GL SpectrosoFt contains multiple universal analysis tools including: marking spots oF interest, presentation oF levels in False-color scales, statistical parameters, histograms, linear...