In the context of the 2020 epidemic, disinfection robots came into being to reduce the risk of infection and transmission of people. Viruses and bacteria multiply at an alarming rate, and people's 24-hour disinfection operations are time-consuming and labor-intensive. Taking advantage of this, disinfection robots can be applied and promoted. Disinfection robots help humans perform remote disinfection and improve safety. Take the robot as the carrier, install the ultraviolet disinfection lamp or install the disinfection system inside the robot, use the pneumatic system of the robot to quickly diffuse the disinfection gas indoors, which can effectively kill the pathogenic microorganisms in the air, and the disinfection robot can follow the set route Or independently plan lines to automatically, efficiently and accurately disinfect indoors and outdoors.
To prevent the spread of virus and infections, environmental surface decontamination, without doubt, is a crucial tool. But manual cleaning and disinfection may be not enough to eliminate virus. At this time, robots which have different technologies have been employed on front-line defence. Among various robots, great attention is paid to the disinfectant robot. Disinfecting robots that use ultraviolet (UV) light, and hydrogen peroxide vapor (HPV) come into our sight. The application of disinfection robots can not only lower the possibility of human exposing to the virus, but is proved to be much more effective in spatial purification as well. Moreover, some disinfection robots equip with bulbs that emitting concentrated ultraviolet-C (UVC) light.
With the global outbreak of COVID-19 in 2020, people pay much more attention to environmental surface disinfection than ever before. In this context, the disinfection robot appears and gradually becomes more and more popular across the globe. Nowadays, disinfectant robots are widely used and seen in most hospitals, health centers in the neighbourhood, government buildings, supermarkets, schools and so on in a bid to reduce the pressure of manual disinfection and the risk of virus infection to a certain extent.
Ultraviolet(UV) disinfection makes the use of appropriate wavelengths of ultraviolet rays to destroy the DNA molecular structure in the cells of the microorganisms, causing growth cell death and regenerative cell death, so as to achieve the effect of sterilization and disinfection. The use of uv sterilizing lamp to sterilize air has been used in hospitals for decades, including direct static air irradiation and flowing air disinfection. We can also use uv light to sterilize a room at home.
1. Self-service planning route-custom disinfection route, covering an area of 25,000 square meters
2. Reduce costs and increase efficiency, improve work efficiency-reduce labor costs, improve disinfection efficiency
3. Automatically return to charging-when the power is lower than the preset value, automatically return to charging
4. Customized product deployment-product design can be customized according to actual needs
5. CE certification