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The Epidemic Drove the Development of the Sanitizing Robot Market

In the face of an infectious disease epidemic, robots have many advantages. Robots will not be infected, will not be tired, and can work 24 hours a day. More and more medical robots have joined the work of this epidemic. Faced with the spread of new viruses, the flow of hospital fever clinics has increased sharply. Strict environmental cleaning and disinfection is an important way to stop the spread of the virus. The anti-epidemic spray sanitizing robot will inject safer and more efficient scientific and technological forces into the fight against the epidemic in various places. The huge demand for epidemic prevention and disinfection in these places puts higher demands on artificial intelligence sanitizing robots.


1. The epidemic drove the development of the sanitizing robot market


In terms of disinfection technology, UVC light has been proven to destroy up to 99% of the viruses on the surface, including the SARS virus family and plant bacteria. However, static lights require well-trained employees to place and move them. An autonomous mobile sanitizing robot, which can move and position itself in every required position, is really the best solution. UVC disinfection robots can use fewer resources to complete more work, systematically disinfect more areas, use one or more connected robots more deeply and more often, and do not require additional human resources. Autonomous programming of UVC disinfection robots is safe and reliable. It is reported that the use of UVC disinfection robots allows the operating team to safely and autonomously disinfect the site. The UVC disinfection robot has safety laser scanners on the front and rear of the robot to allow it to detect obstacles and people during transportation. It also has a high-sensitivity motion sensor on the top, and it will automatically turn off the UVC operation if it detects a person.


2. The application of sanitizing robots in various places


The sanitizing robot is particularly suitable for closed spaces such as negative pressure isolation wards, isolation buffers, intensive care rooms, operating rooms, fever clinics, reception rooms, clinical laboratory, laboratories, sampling rooms, and material transfer rooms that require high disinfection and sterilization. As well as in airports, railway stations, shopping malls, office buildings, teaching buildings and other occasions, unmanned contact disinfection can effectively reduce virus cross-infection and realize intelligent and quantitative management of the disinfection process.


Some sanitizing robots are small in size, can move fast and climb hills and surmount obstacles. It carries a medicine box, can spray fine water mist, and the droplets are even and meticulous, and the range can reach 8 to 12 meters. This type of sanitizing robot can be used in hospitals, stations, squares, supermarkets, colleges, communities and other densely populated and mobile places, to replace people in epidemic prevention and disinfection work.

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