GE Current launches UVC device capable of continuous pathogen inactivation

凭借其丰富的照明和减少细菌传播的365DisInFx™技术，Daintree公司GE Current宣布了其最新正在申请的专利技术，该技术的目标是使空气中的病毒灭活，并始终保持照明。这些解决方案代表了第一道防线，可以全天候抗击包括SARS-CoV-2病毒在内的广泛病菌。

365DisInFx™ technology leverages existing lighting infrastructure to provide germicidal UV light sources in areas where people gather. Current's patented technology has been proven to significantly reduce common surface pathogens, with multiple application tests and end-user trials currently underway. It is reported that lighting products from Current using 365DisInFx™ technology operate under the limits of the IEC 62471 photobiological safety standard.

Traditional disinfection methods using mercury lamps and excimer lamps emit high-intensity light, have limited design flexibility, and some technologies may be harmful to human exposure and the environment. The 365DisInFx technology adopts an innovative UV-LED solution that can be easily customized and controlled to adapt to a wider range of spaces and applications.

Current's design considers ease of deployment; the patented germicidal LED lamp, currently under patent application, will be launched this autumn. Its form factor resembles a smoke detector: compact yet unobtrusive, it provides continuous UVC radiation and can be ceiling-mounted.

Current is rapidly expanding its continuous disinfection solutions for hospitals, schools, fitness centers, offices, stores, senior living facilities, and more. The 365DisInFx™ technology can be integrated into Current's LED luminaires or standalone devices to adapt to different environments.

"Our technology can be used in high-risk environments to reduce the potential spread of bacteria and viruses," said Manish Bhandari, CEO of Current. "Years of responsible research on the use of ultraviolet light have enabled us to develop a solution that we are committed to adapting to emerging needs, and we are prepared not only to assist the healthcare community but also to provide it to broader public spaces where disinfection strategies must be adopted."

(Source: China Light Network)