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Optical Radiation Safety & Blue Light Hazard Test
OSTM-500B Optical Safety Test System for ME Equipment
Products
Optical Radiation Safety & Blue Light Hazard Test
OSTM-500B Optical Safety Test System for ME Equipment
OSTM-500B Optical Safety Test System for ME Equipment
200nm–3000nm full-band automated measurement， all-in-one for CW, pulsed & laser safety test
Typical application scenarios
Main characteristics
1.Broad Test Applications, Meeting Various Product Measurement Requirements
Test for continuous light sources and luminaires in medical use, as well as optical radiation safety and hazard classification of medical electrical equipment.
Test for pulsed medical light sources (e.g., hair removal devices) – pulse spectrum, pulse energy, pulse frequency, pulse shape, and optical radiation safety performance.
Measurement parameters for medical semiconductor lasers, solid-state lasers, fiber lasers, etc.: precise source positioning, spectral distribution, apparent source size, source angular subtense, radiant power, and accessible emission limits.
The system classifies optical radiation of various medical electrical equipment and determines safety classes according to standards: GB 44703-2024, IEC 62471, GB 9706.283, YY 9706.257, YY/T 1534, IEC 60335-1:2020, GB 9706.222, GB/T 30117.1, GB/T 30117.4, IEC 60825.1, GB/T 7247.1, etc.
2.Intelligent System Design, High Degree of Automation
The optical radiation safety software automatically controls detector switching, measurement, and data transmission for optical radiation safety instruments, reducing operator requirements while improving test accuracy and repeatability – enabling intelligent, automated measurements.
3.Excellent Performance of Core Optical Safety Dedicated Radiometers
The system integrates a dedicated optical safety spectrometer incorporating multiple proprietary Everfine technologies (related papers cited by CIE). It covers a wide radiometric range (at least 200 nm – 3000 nm) with high wavelength accuracy (up to 0.1 nm), fast response, high sensitivity, and ultra-low stray light (down to 10⁻⁸) – ideal for high-precision optical and radiometric measurements in research and inspection institutions.
4.Superior Performance of Standard Sources and Power Supplies
The system's spectral irradiance source covers 200 nm – 3000 nm, and the spectral radiance source covers 300 nm – 1400 nm, with excellent stability, long-term repeatability, and high traceability. The dedicated power supplies and monitoring meters (designed specifically for the standard sources) achieve stability of 0.01% and measurement accuracy of 0.05%.
5.Mature, Reliable System with High Accuracy and Repeatability
All system components are independently developed and manufactured by Everfine, with full intellectual property rights. Successfully adopted by numerous research and quality inspection institutes for over a decade – mature, stable, reliable, accurate, repeatable, and backed by robust after-sales service.
6.User-Friendly Software with Independent IP
The modular software automatically identifies maximum radiation or hazard values. Highly user-friendly, simple to operate, efficient, and easily expandable for future needs.
Everfine official account
