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Products > RMP200 Retina Brightness Meter
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RMP200 Retina Brightness Meter

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.

Product Features

1、Human eye retina bionic measurement structure:

The international first human eye retina bionic measurement structure is adopted, with multiple core independent intellectual property rights, and has obtained international patents and national invention patents.

2、High-precision measurement technology:

Combining high-precision imaging and spectral measurement technology, it meets the standard measurement requirements for assessing factors related to the optical radiation and non-visual effects of photochemical damage in field measurements.

The spectral range is broad, spanning from 300 to 800nm, with a wavelength accuracy of 0.3nm and a brightness measurement precision of 0.3%.

3、Real-time measurement and analysis:

It can perform real-time measurement and analysis of apparent light sources, and quickly measure the spectral irradiance distribution and spectral radiance distribution of light sources in the ultraviolet-visible wavelength band.

At the same time, it can complete the assessment of the harm of ultraviolet photochemical damage and retinal blue light damage, which has technological innovation advantages.

4、Portable design:

The device weighs 8kg, with dimensions of 37cm×25cm×19cm. It has a battery life of up to 8 hours, making it easy to carry to the field for measurements.

5、Multiple domestic and international standards:

Different from general photobiological safety assessment equipment, RMP-200 retinal luminance meter is based on multiple domestic and international standards such as IEC 62471-2006, IEC 62778-2014, and GB/T 20145. The test and evaluation content is consistent, providing a basis and verification method for the development of photobiological safety assessment standards at home and abroad.