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.

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 SPR5000 photobiological safety testing system can be used to measure parameters such as spectral distribution, spectral radiance, spectral irradiance, and effective ultraviolet radiation ratio (mW/m²), and evaluate the risk level of light radiation for ultraviolet sterilization and disinfection products, as well as various light sources, modules, lamps, pulse/flicker lamps, and electrical appliances. This evaluation is based on standards such as those for light radiation safety and household appliance safety requirements.

The system is designed especially for the determination of optical radiation hazard exposures specified in IEC 62471, such as actinic UV hazard exposure for the skin and eye, near-UV hazard exposure for the eye, retinal blue light hazard exposure, retinal thermal hazard exposure, thermal radiation hazard for eye and skin, for LED products, UV-Lamps, lighting sources, luminaires and etc.

GMS-3000 moving mirror goniophotometer with pursuit detector is one of the mirror goniophotometers recommended in ClE No. 70, and meets requirements of IESNA LM79. In this system, the position of tested luminaires is fixed and the mirror rotates around the photometric center of the tested luminaire. The pursuit detector and rotating barrier rotates synchronously with the mirror to ensure the light beam always be reflected into the detector perpendicularly and to eliminate the stray lights. The CCD spectrometer and photodetector installed in the center of the light trap could measure the spatial luminous intensity distribution, total flux and chromaticity uniformity of small size lamps. The pursuit detector and chromaticity measuring system are used to measure spatial intensity distribution of large size luminaires, narrow beam luminaires and high intensity indoor/outdoor luminaires and lamps, meeting the requirements of Energy Star, NVLAP, ERP, ESP.