At present, the global situation of the new crown epidemic is severe and complex. The opening of the 24th Beijing Winter Olympic Games is about to begin. In order to do a good job in disinfection of the hand-held security devices used in various Winter Olympic venues, and reduce the risk of cross-infection in the venues.
A few days ago, the Capital Airport Shouwei Company and the Institute of Semiconductors of the Chinese Academy of Sciences used UVC-LED lamps as the light source technology to inactivate viruses, bacteria and other microorganisms. Delivered to various Winter Olympic venues and put them into use for the Winter Olympics test competition.

Two independent internal cavity entrances of the hand-held security inspection instrument disinfection cabinet
As one of the key special projects of the "Technology Winter Olympics" in 2021, this project uses the UVC-LED lamp that can emit deep ultraviolet light developed by the institute as a light source for inactivating viruses, bacteria and other microorganisms, and forms an array through deep ultraviolet epidemic prevention chips. After electricity, it emits deep ultraviolet light waves, which can kill all kinds of bacteria, viruses and microorganisms on the surface of the handheld security inspection instrument continuously, large area, high efficiency, broad spectrum and no residue, and realize high-speed disinfection of the surface of the handheld security inspection instrument. The product has been tested by a third-party professional testing organization, and the virus inactivation rate has reached more than 99.9%.

Hand-held security inspection instrument disinfection cabinet deep ultraviolet anti-epidemic chip array disinfection work
Hand-held security inspection instrument UVC-LED disinfection cabinet has the advantages of simple operation, fast killing speed, long service life and easy placement. It can be widely used in stadiums, airports, stations and other public places where handheld security inspection instruments are frequently used. Field of application.










