How Do UV Disinfection Robots Work?

1. How Do UV Disinfection Robots Work? Understanding advanced technology can be complicated and puzzling. However, most of the UV disinfection robots in the market use the same operating principle. They move autonomously, use high-definition cameras, and employ UV technology to eradicate bacteria. You might some of the other differences in how different UV disinfecting robots work. Some of them might use unique features to deliver better results. This piece will closely explore how UV disinfection robots work. How UV Disinfection Robots Work UV disinfection robots are a result of an amalgamation of advanced technology. In this piece, you can understand how these robots use UV disinfection to eradicate the virus. You’ll also learn how the UV disinfecting robots autonomously move around the facility. UV Disinfection System in Robots How do you think these intelligent robots zap the traces of the deadly virus? One thing that is common in all disinfection robots is the use of a UV disinfection system. Most of the disinfection robots equip multiple LIDAR sensors to eliminate the viruses. UV robots then move autonomously around the place, emitting 20 joules per square meter of ultraviolet rays. Surprisingly, this UV light has the potential to kill 99.9% of bacteria and viruses. This UV light has high energy, which is absorbed in the DNA and RNA of the microorganisms. It will damage the nucleic acids in the microorganisms to prevent them from reproducing. As a result, they can’t survive or infect anyone. In many robots, there are instrument-grade sensors and microprocessors to assess the correct amount of UVC energy. In many of the UV disinfection robots, you can also find operational sensors. These sensors allow the robot to calculate an adequate dose for each room. The sensors take into account the shape & size of the room along with the position of fixtures. Additionally, you may come across robots with different disinfection modes. Combing these other modes will enable the robot to be more effective in fighting bacteria and germs. You should note that the spectrum of UVC might differ from one robot to another.

2. Simultaneous Localization & Mapping (SLAM) The movement of the robot will depend on the UV disinfection robot you are using. So of the UV disinfection robots have pre-programming. Meaning, you have to feed the robots with the layout of the facility. There are also disinfection robots that are controllable through an external device. The operators control the robot using the computer. These robots scan the location with their LIDARs to create a digital map. The operator can annotate the map indicating the non-disinfecting rooms. After this, the disinfecting robot uses simultaneous localization and mapping to navigate itself. These UV disinfecting robots pack an abundance of technology and innovation. However, there is much more to these robots than what was described here. UV disinfecting robots were highly anticipated. However, the onset of the pandemic has preponed its arrival. Studies suggest that these robots can reduce 53-100% reductions in infection acquired in healthcare facilities.