The HUD optical comprehensive testing system is mainly used to test the optical performance of HUD products, including key indicators such as imaging quality, brightness, contrast, resolution, and viewing angle. The system simulates actual usage scenarios to conduct comprehensive and accurate testing on HUD products to evaluate their performance in practical applications.

The MPR-16C glare brightness tester, developed by SENSING, is an instrument specifically designed to measure glare brightness and related optical parameters. The device has the characteristics of high precision, high stability and easy operation, and is widely used in lighting engineering, optical research, architectural design and other fields.

The RMP-200 Retinal Photometer is the world's first photobiological safety retinal photometer dedicated to blue light assessment. It adopts multiple international invention patents and innovative designs, and can simulate the human retina, making photobiological safety assessment more in line with IEC/EN 62471, IEC 62471-2, IEC/TR 62778 and other standards.

VDM-1800 represents the first optical testing equipment for virtual displays (VR/AR) in China. This equipment integrates high-end components, including a spatial angular motion mechanism, an optical imaging detector, a spectral radiance measurement instrument, and a high-speed photometry measurement instrument. It simulates the precise alignment of the human eye's pupil with the virtual display device's eye box, as well as the spatial perception of virtual images by the retina and the adjustment of focus for virtual images at various distances by the eyes.

The SPR5000P pulse light biosafety testing system can measure parameters such as spectral distribution, spectral radiance, and spectral irradiance, and evaluates the biosafety level of pulse light sources, lamps, and other application products, adhering to relevant light radiation safety standards. This system is particularly suitable for measuring and analyzing the potential hazards of pulsed light sources to human eyes and skin, ensuring that the product's photobiological safety meets relevant standards and requirements.

The VDM-1800R near eye display optical testing system is primarily used for measuring virtual image parameters of near eye display devices such as AR/VR. The measurement items encompass virtual image distance, field of view angle, eye box, brightness, chromaticity, uniformity, color gamut, distortion, MC, and more. Designed in accordance with the relevant requirements of the international standard (IEC63145-20-10), the VDM-1800R utilizes optical measurement technology that simulates human perception, offering fast measurement speed and high accuracy.