ADIBOT

What do companies really mean when they say their product "kills 99.9% of germs?" Log reduction claims provide useful data, but they are often based on controlled lab tests with ideal conditions—clean, non-porous surfaces and carefully selected pathogens. Some companies may highlight results from just one test strain rather than a range of microbes, even though efficacy can vary widely between different bacteria, viruses, and fungi. Exposure time is another critical factor. A product may achieve a high log reduction in just a few minutes for one pathogen, but others could take much longer. If only the fastest result is reported, it may not reflect the time actually needed to inactivate a broader range of harmful microbes—especially in real-world settings where time is limited. Understanding these conditions is key to evaluating whether a product truly meets your needs. Watch our latest video to learn what to look for when assessing disinfection claims.

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The Illuminator is back! This month, we break down why distance is key to effective UV-C disinfection, examine NASA’s developing UV system for decontaminating Martian rock samples, explore how autonomous robots are transforming emergency response operations, and more. Read below!

When it comes to UV disinfection, does a?broader spectrum mean better results???The answer isn’t as straightforward as it?might seem.??In this video, we break down the science?behind broad-spectrum UV and single-?wavelength UV-C for disinfection.??Because UV disinfection isn’t about how?many wavelengths you use—it’s about?using the right one.

Did you know that integrating robotics into emergency response reduces reaction times by up to 30%? ? In this video, we explore how robotics is revolutionizing disaster response, improving efficiency, and enhancing safety for first responders. ? These innovations are helping emergency teams act faster, work smarter, and save lives when every second counts.

What are cobots? Collaborative robots are designed to work alongside humans in shared spaces. They leverage LiDAR sensors for real-time mapping, vision systems for object recognition, force-limiting mechanisms for safety, and advanced AI and machine learning to optimize their performance. From assembling components in manufacturing to sorting packages in logistics and even prepping avocados at Chipotle, cobots are transforming how humans and robots work together. Watch our latest video to learn more!

What makes 254nm UV-C the gold standard for UV disinfection?? ? In this post, we explore the science behind two UV disinfection technologies: 254nm UV-C and Pulsed Xenon. We explore their mechanisms, compare their efficacy, assess safety, and analyze operational efficiency to show you why 254nm UV-C remains the superior choice for disinfection.?

We use UV light for disinfection, but did you know it could also be used to solve crimes? In this post, we’re highlighting some fascinating uses of UV light in forensic science—UV-A can reveal hidden fingerprints and uncover document forgeries, UV-B can highlight chemical residues and burn patterns, and UV-C can be used to sterilize evidence and tools to prevent contamination. Together, these applications help investigators uncover critical evidence and solve cases.

Welcome to The Illuminator, your new go-to source for all things UV-C disinfection and robotics! Each month, we’ll spotlight fascinating applications of UV-C technology, share tips to get the most out of your ADIBOT, answer your burning questions, and more.

Welcome to The Illuminator, your new go-to source for all things UV-C disinfection and robotics! Each month, we’ll spotlight fascinating applications of UV-C technology, share tips to get the most out of your ADIBOT, answer your burning questions, and more.