These robots use a combination of visual feedback, environment mapping, and machine learning to determine the best path forward. Autonomous Mobile Robots (AMRs)ĪMRs are the modern successor to AGV technology. Be prepared to make these changes if you’re considering an AGV. AGVs will require infrastructure adjustments to operate in your facility. More unpredictable workplaces can cause issues for AGVs since they aren’t able to make adjustments dynamically. They are predictable and follow simple step-by-step commands. However, due to potential infrastructure modifications, the cost ceiling for an AGV integration can be high in other circumstances.ĪGVs follow fixed paths to apply UV light to objects and surfaces. As a result, AGVs can be more cost-efficient in some applications. They operate well in predictable and stable environments. These robots follow landmarks such as colored or magnetic tape, wires, or radio signals to get around. The primary characteristic of AGVs is fixed navigation. This mobile robot type has been operating in industrial applications for decades. Automated Guided Vehicles (AGVs)ĪGVs are the traditional mobile robot technology. Let’s look at two main categories of mobile robots used for this application. However, the underlying technology and deployment can vary. The use case is the same: automated sterilization via UV radiation. There are a few types of UV robots available to you. It’s important to remember that UV methods are a supplement, not a replacement, for traditional cleaning methods. The importance of proper sterilization can’t be overstated. Subsequently, 72,000 patients died during their hospitalizations with HAIs that year. The CDC estimates that 687,000 healthcare-associated infections (HAIs) occurred in U.S. Basic cleaning practices are a primary but potentially insufficient strategy for reducing the risk of infectious diseases. UV radiation for sterilization is a proven method to significantly reduce the number of infectious bacteria and viruses in the local environment. Robots are beneficial for this application since UV radiation can be dangerous to handle directly by people. Afterward, they typically move on to their next assignment or a charging station. They do this by using a special light that emits UV radiation. UV robots move autonomously within a pre-defined region to perform their sterilization task. This application was relatively niched before COVID-19 but has seen a surge in popularity due to the pandemic. UV robots are mobile robots deployed in UV-based sterilization applications. This article covers the basics of UV robots, their industries, how to source one, and critical considerations to make when integrating one in your facility. UV robots blend cutting-edge robotic technology and the highest standards for environmental disinfectants to provide an automated sterilization solution for industrial and commercial end users. However, the demands of the COVID-19 pandemic only accelerated the proliferation of this unique technology. Methods of automated disinfection were already beginning to emerge before 2020. Learn how today’s companies are keeping you safe with the power of automation. Robots enable medical facilities, manufacturers, and retail locations to keep their visitors and customers safe with UV disinfecting.
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