2021-04-09 by hqt
Qualities in the Best Robot UV Light Disinfection Mechanism
UV light disinfection is the modern way of disinfecting air and surface from harmful germs, bacteria, and other microorganisms. It reflects the importance of disinfection procedures deemed necessary to replace manual disinfection applications that were time-consuming. These chemical-based applications were often prone to human error. The need for germicidal effectiveness stimulated the invention of robot UV light disinfection units.
These robots throw the lethal ultraviolet light within the desired wavelengths. Moreover, ultraviolet light has the capacity to damage harmful bacteria and viruses by disturbing their DNA to deactivate their ability to reproduce. The powerful germicidal action disinfects the air within minutes by eliminating infectious germs caused by airborne transmission of deadly pathogens—the robots through UV radiation without involving the use of harmful synthetic compounds. As a result, they don’t harm the human skin exposed to them.
More health systems support investment in disinfection through UV light-emitting robots. Also, the functionality of these robots is very simple. Their operators deploy them in critical areas using a computer. The robots scan their surroundings using lidars to create a digital image. The robots move autonomously to disinfect the surfaces and air quality.
Many government institutes, such as the US Food and Drug Administration, endorsed the effectiveness of UV light. According to them, UV light effectively disinfects germs that are the root cause of diseases like tuberculosis. Also, the advancement in disinfection technology means that these UV robots are potential sources of improving standards of infection control.
Is robot UV light disinfection really a revolutionized way to reduce the risk of infection?
Disinfection technology has rapidly been making its way into large-scale industrial and domestic environments. Nowadays, UV light-emitting robots perform services at various workplaces to sterilize the environment. Moreover, they have largely improved the safety standards working autonomously. Many organizations have stepped into manufacturing state-of-the-art robots to fight against infectious germs. For instance, Pulseln-D Pulsed Xenon UV germ-killing Robots Pulsein-D – Doneax improves air quality by effectively using high-pressure xenon lamps.
It emits broad spectrum pulsed light with the ultraviolet spectrum of 200nm – 315nm and disinfects the area within 5 minutes. Similarly, UVD robots Robots (uvd-robots.com) are clinically proven disinfection units while on the move. These service robots also contribute to a fast and effective disinfection system in the areas their operators deploy them. They are certainly revolutionizing disinfection by becoming the best alternatives to manual disinfection methods.
How effective is a robot UV light disinfection unit against Corona?
The novel COVID-19 had given challenges to conventional surface disinfectants. However, the demand for this robot increased dramatically because of its automation and less involvement of human touch.
Ava Robotics, along with MIT university and the Greater Boston Food, launched a UV robot that was 99% effective against COVID-19. Ava Robotics launches UV light disinfection robot for COVID-19 (therobotreport.com). As Coronavirus cases exploded in early 2020, disinfection robots were found the ultimate solution for disinfection.
In China only, the emergence of COVID-19 forced the experts to manufacture robot UV light disinfection units for different organizations and institutes. Moreover, companies like DONEAX introduced their cutting disinfection robots Pulsed Xenon UV germ-killing Robots Airstrike – Doneax.
These robots are comprehensively efficient against germs and work cloud-based management software systems. They are also fast, safe for use, and highly effective against germs and due to their integrated pulsed light disinfection technology. The timely expansion of this technology will certainly an intelligent UV disinfection robot having independent mobility.
Effectiveness of a best robot UV light disinfection system
1. Efficacy in hospitals
All the patient rooms, operation theatres, and other public areas need disinfection. Therefore, these robots can are important as they maintain a high level of disinfection for healthcare in hospitals. These machines can do the job without human intervention. They disinfect surfaces in microbiological laboratories and other sensitive areas to improve patients’ safety from germs.
2. Safety and protection of the environment
These germicidal robot lamps impressively fight against SARS – CoV-1, and MERS. Both kinds of viruses have close connections with SARS-CoV-2. UV light can even reach those parts where manual disinfection might not reach.
Being a part of the regular cleaning process, the robot UV light disinfection prevents lowers the risk of infectious diseases. It also breaks down the structure of harmful organisms present in the air and keeps the environment safe.
3. Reliability of intelligent management
The robots work autonomously. They are also reliable and eliminate human error. Some robots operate through cloud platform Pulsed Xenon UV germ-killing Robots Airstrike – Doneax. They integrate cold light technology and are clearly an absolute solution to deal with the corona pandemic. They are highly user-friendly, and everyday cleaning staff can operate them.
4. Efficient and fast
These robots can disinfect multiple areas within few minutes. Their energy is much higher than conventional mercury UV lights. In addition, they can comprehensively eliminate harmful microorganisms and infectious germs within their parameters.
5. Completely autonomous in functioning
Since humans program these machines, they can perform their tasks independently and navigate through spaces on their own. In addition, they provide greater peace of mind to the workers engaged in disinfecting tasks. These robots can even return to their docking station themselves for recharging. They automatically calculate the disinfection time depending upon their surroundings, thereby, ensuring zero ‘dead spots’.
6. Wider Scope of disinfection
The UV robots can disinfect surfaces and air inside warehouses, airports, institutions, large manufacturing plants, and many more. The designers recommend that while operating these robots, nobody should come closer to them as the UV light can harm the eye-sight. Studies show that these robots can disinfect areas by killing almost 70% bacteria as compared to conventional disinfection methods.
Summary
The robot UV light disinfection is a proven technology for disinfecting air quality and surface in the areas where we deploy them. They do not only reduce the spread of germs but also decrease the cost of disinfection.
The germ controlling technology is no more new to disinfection system. It is equally effective against combating coronavirus. Its disinfection cycle can kill 99% SARS-CoV-2, which is the root cause of COVID-19.
