Any questions or would you like to order this product? Do not hesitate to contact us
Any questions or would you like to order this product? Do not hesitate to contact us
Faster changes in the design and complexity of backlit components in the automotive, transportation, electronics, and other industries are posing challenges for optical engineers and system developers. The employment of contemporary LED and OLED components to improve user interfaces presents development teams and QA/QC staff with a problem when it comes to quality verification. For optical examinations and measurements, they are all in need of dependable and easily available devices.
The GL OPTICAM 2.0 4K TEC is an imaging luminance measuring tool that was created to help the quicker adoption of contemporary LED and OLED lighting systems by confirming compliance and evaluating the functionality of lighting components. A stable luminance testing solution is necessary for the optical performance of instrument clusters, backlit buttons, and displays. It is necessary for developers, designers, and quality engineers to confirm light leakage, brightness distribution, contrasts, and homogeneity. Throughout the R&D and manufacturing phases, all touch-screen control panels, backlit buttons, displays, keyboards, and indicator lights may be quickly and accurately tested with this innovative optical device.
The high-resolution, laboratory-performance optical camera system GL OPTICAM 2.0 4K TEC has a dedicated V-Lambda correction filter that perfectly adjusts the system’s sensitivity (response) to a human’s eye sensitivity. It also features a high-resolution 9M pixel CMOS image sensor. Depending on the exact needs for brightness measurement, this optical system comes with a variety of top-notch lenses. The technology includes a patent-pending RFID lens recognition system and an image sensor with thermal stabilization to compensate for measurement mistakes caused by temperature changes.
This spectroradiometer can be used in conjunction with 00GL SPECTIS 1.0 Touch to test color.
With a large laboratory-grade back-thinned CCD sensor from Hamamatsu, the GL SPECTIS 4.0 optical light meter offers exceptional stability over extended exposure times. The gadget is calibrated using globally recognized factory calibration and reference standards traceable to National Laboratories. Automatic monitoring of electronic dark current levels is combined with intelligent drift adjustment for temperature variations.
Select the appropriate parts to improve the performance of your product. In the R&D department, utilizing a brightness measuring camera system directly will enhance quality control while saving costs and time. This accurate brightness measuring device with a 9-pixel resolution can enhance your research and development when creating a new, intricate optical system. You can now decide on modification and/or compliance more quickly.
Our novel, fast, and accurate imaging technology for brightness measurements and tests is perfect for manufacturing quality control and backlit module development. This image luminance meter provides accurate and useful data for pass-fail production monitoring systems. It can be utilized in the lab or integrated into production online and offline testers for LED modules, displays, and instrument cluster testing.
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