We will cover some of the potential safety risks regarding exposure to UV-C light, the preparations needed before using such devices, and what types of safety features are already included in the ADIBOT A1 fully autonomous UV-C disinfection robot.
We will cover some of the potential safety risks regarding exposure to UV-C light, the preparations needed before using such devices, and what types of safety features are already included in the ADIBOT A1 fully autonomous UV-C disinfection robot.
Technology is always evolving, and UV-C disinfection is still considered a new technology for facility maintenance teams…
Technology is always evolving, and UV-C disinfection is still considered a new technology for facility maintenance teams…
Technology is always evolving, and UV-C disinfection is still considered a new technology for facility maintenance teams…
ADIBOT was a success this month at #APIC24 in San Antonio, Texas. Our team had the pleasure of engaging with infection prevention professionals.
LiDAR technology has revolutionized the field of robotics, providing robots with the ability to accurately perceive and navigate their environment in real-time.
We have a few exciting updates to share with you regarding the future of ADIBOT.
To start, we should define UV-C. The short answer is that UV-C is one of three wavelengths of ultraviolet light, emitted naturally by the Sun as well as specially designed UV light bulbs. Ultraviolet sits on the electromagnetic spectrum alongside visible light, as well as infrared light and is in a category of light that is not visible to the human eye.
Not all UV-C disinfection robots are built the same and choosing the right solution can make a huge impact on you and your team’s efforts to mitigate pathogens and create a safe and healthy environment. Here are 5 considerations when deciding on the right UV-C disinfection robot.
