Principle of pulsed light air sterilization
Using pulsed lights, using very strong (20000-90000 times the sunlight on the earth), broad spectrum (100-1100 nanometers) light including ultraviolet, visible light and even infrared radiation, to prevent chemical pollutants in the air (such as formaldehyde) , Benzene series, etc.) and biological pollutants (such as bacteria, fungi, viruses) for efficient killing.
Advantages of pulsed light air sterilization and disinfection technology
Traditional air sterilization technologies mainly include ultraviolet technology and ozone technology. Both air sterilization technologies have different degrees of shortcomings, such as low ultraviolet power, insignificant sterilization effect, and unsafe use of mercury in the lamp. Excessive ozone content is toxic to the human body, and its controllability is relatively poor. It needs to be prepared at any time, it is difficult to control the ozone content in the air, and the preparation cost is high. Pulsed strong light technology overcomes the shortcomings of both, can produce a small amount of ozone or no generation according to needs, effectively kill microorganisms in the air, and can decompose volatile organic compounds in the air.
The advantages of pulsed light technology are as follows:
Using pulse technology, instant high-energy UV, stronger UV penetration;
High sterilization efficiency, which can achieve a removal effect of over 99.99%;
Low energy consumption, 40-60% energy saving than traditional continuous mercury lamps;
Flexible design, adaptable to different production line requirements;
Cold treatment technology has a wide range of applications and can handle temperature-sensitive items;
Flexible control, can be stopped/opened immediately;
No chemical reagents, no secondary pollution; no mercury, no environmental pollution
Application field of pulsed light air sterilization and disinfection machine
Medical facilities
Public places: such as production workshops, laboratories, nursing homes, libraries, offices, conference rooms, hospitals, residences, schools, entertainment venues, waiting halls, hotels, restaurants, cinemas, etc.
Navigation method: laser mapping automatic navigation + depth vision obstacle avoidance
Hangzhou RoboCT Technology Development Co.,Ltd
Tel: +86-571-89167832
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Email: wuyizhi@roboct.com
Add: 7F, Building 2, No. 1326, Wenyi West Road, Yuhang District, Hangzhou City, Zhejiang Province, China