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Surgical Luminaires and Dental Lights Test
HSOM-500 Shadowless Light Color Test System
Products
Surgical Luminaires and Dental Lights Test
HSOM-500 Shadowless Light Color Test System
HSOM-500 Shadowless Light Color Test System
One‑touch optical parameter measurement for surgical and dental lights, per YY 9706.241‑2020, YY1120‑2021, IEC60601‑2‑41
Typical application scenarios
HSOM-500 is designed for various surgical shadowless lamps and dental lamps optical measurements, the system can measure total irradiance from 300 nm to 2500 nm, irradiance per unit, illuminance, central irradiance Ec, CCT, CRI, R9, spot diameter D10 and D50, single mask and double mask as well as the depth etc.
Main characteristics
1. Professional Applications, Multi‑Purpose System
The system features dedicated measurement modes for surgical lights, dental lights, and other medical light sources, covering photometric, colorimetric and UV content testing in compliance with relevant standards for different sample types.
2. Superior Detectors & Spectrometer for High Accuracy
The irradiance and illuminance detectors have receiving surfaces that fully meet standard requirements and are widely adopted by accredited third‑party testing laboratories. The illuminance meter achieves a standard‑grade matching accuracy of f’ ≤ 3.5 % (national standard grade), which is particularly advantageous for illuminance measurements of surgical and dental lights.
Equipped with a high‑precision spectrometer, built upon over 30 years of R&D expertise and multiple proprietary patents, the system offers a spectral wavelength resolution of 1 nm, wavelength accuracy of 0.2 nm, a wide linear dynamic range, and excellent stability/reliability. It has been recognized and broadly used by thousands of third‑party testing institutions as well as major enterprises across the medical industry chain.
3. High Intelligence and Automation
The system can automatically switch detectors and perform automatic scanning movements according to the test requirements of surgical or dental lights, eliminating the need for manual detector replacement. It enables measurement, data transmission, and analysis of illuminance, irradiance, spectral/color parameters, uniformity, etc., and can automatically locate the central spot and plot isolux lines.
4. Convenient Mounting, Positioning and Alignment
Clamping units for dental or surgical lights are provided to hold the sample and facilitate alignment with the measurement unit, further improving automation. A laser positioning device and a laser rangefinder assist in sample positioning for more accurate results. The light source is placed with its emitting surface facing downward, consistent with actual use conditions, avoiding deviations due to inconsistent thermal environments.
5. Professional and User‑Friendly Test Software
The software is specially designed for surgical and dental light standards and measurement needs, offering easy operation and a high degree of user‑friendliness. It can measure central illuminance, chromaticity coordinates, CCT, CRI, R9, light beam depth, irradiance, shadowless rate, uniformity, and other parameters, and generate corresponding charts. The system can also produce test reports, facilitating statistical analysis and convenient data export.
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