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Medical Equipment & Laser Optical Radiation Safety Measurement Solutions Medical Equipment & Laser Optical Radiation Safety Measurement Solutions

System introduction

Optical radiation safety testing is essential to guarantee the safety and performance of medical and laser devices, effectively protecting patients and medical staff. In accordance with IEC, YY, GB and other relevant standards, the system performs full-spectrum optical biological safety measurements across the 200–3000 nm band.
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Medical Laser Products Radiation Safety Measurement Solutions

In accordance with IEC 60825.1-2014 and IEC 60825.2-2021 standards, the system measures radiation parameters of various lasers and completes corresponding safety classification.It automatically obtains key metrics including apparent source size, subtended angle, spectral distribution for photobiological safety, radiant power and accessible emission limits. Equipped with pulse identification function, it supports testing of pulse energy, peak power and average power for nanosecond-level laser pulses.
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Medical Laser Beam Quality Measurement Solutions

The beam quality of medical laser products determines focusing accuracy, energy density distribution and penetration depth. Ophthalmic, microsurgical and aesthetic medical applications impose particularly stringent requirements on spot uniformity.EVERFINE’s measurement solutions comply with standards including GB/T 13739-2011, YY/T 0756-2009, GB/T 15175-2012 and ISO 11146-1. Featuring simple operation and high automation, the system delivers high-precision test results with excellent repeatability.
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Medical Electrical Equipment Optical Radiation Safety Measurement Solutions

Complying with IEC 62471-2006, YY 9706.257, YY/T 1534-2017, GB 9706.283-2022, IEC 60335-1:2020 and other standards, the system quickly identifies the maximum radiation hazard direction of light sources in all types of medical electrical equipment.It automatically measures apparent source size, subtended angle, spectral distribution, irradiance, radiance and other key parameters, and completes safety classification of light sources in line with standard specifications. With high automation and outstanding repeatability, the system delivers highly accurate measurement results, and is well-suited for testing and safety grading of all medical diagnostic and therapeutic electrical equipment.
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