在現今，任何產品包括消費性電子產品、醫療設備、器具、和實驗室設備等，都可將雷射或 LED 技術應用其中。UL 的光輻射認證服務可為製造商提供符合其特定需求的測試和評估 — 從簡單的光輸出測量結果到完整的 IEC CB 測試報告和 CB 證書。
我們的光輻射認證服務十分有效率，能協助快速打開進入市場的大門。UL 擁有全球光輻射認證實驗室，可根據要求評估，讓製造商能夠確認並記錄其產品符合適用的輻射安全標準。
UL 的光輻射認證服務可為製造商提供符合其特定需求的測試和評估資料。
雷射輻射 — 專注解決方案
雷射可為產品提供許多技術優勢，但也會帶來一些額外的安全問題 — 在某些情況下，雷射輻射會對眼睛或皮膚造成傷害。兩種雷射產品安全標準 — 美國境內的 FDA/CDRH 21CFR 和美國境外的 IEC 60825-1 ，主要目的是確保產品具有適當的安全措施，以保護那些使用、維護和維修產品的人員。
UL 的全方位服務雷射實驗室可根據雷射安全要求測試產品，並提供滿足美國 FDA/CDRH 和/或 IEC 雷射安全標準所需格式的報告。
LED Radiation and LED Safety - Understanding Diverging Requirements
As the use of LEDs and their capabilities grow, so do the photobiological safety concerns associated with them – for example, the blue light hazard. Both the ANSI-based RP-27 and IEC 62471 series of standards address the photobiological hazards from LEDs. We perform the testing and evaluation needed to determine a product’s Risk Group hazard classification as defined in the applicable standards.
Our optical radiation laboratories evaluate all types of LED-based products, from LEDs used in bar code imaging to security cameras and beyond. Our reports help manufacturers confirm and document compliance with LED radiation safety requirements.
UV Radiation - Revealing Answers to Invisible Hazards
Broadband ultraviolet (UV) radiation may be emitted by LEDs or lamps. This UV radiation is primarily invisible, but can present a serious photobiological safety concern, damaging exposed skin and eyes.
There are several safety standards that address potential UV radiation hazards, including the ANSI-based RP-27 series, the American Conference of Governmental Industrial Hygienists (ACGIH) Threshold Limit values for occupational and environmental health requirements, and the IEC 62471 series of standards.
Our optical radiation laboratories can evaluate UV radiation to any of these standards. Results are provided in the appropriate reporting format, helping increase turnaround times and access to global markets.