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The technological evolution of an industry as we know it.
UltraBot
UV-C
Ultraviolet germicidal irradiation (UVGI) is a disinfection method that uses short-wavelength ultraviolet (ultraviolet C or UV-C, commonly referred to wavelengths between 200 – 280 nm) light to kill or inactivate microorganisms by destroying nucleic acids and disrupting their DNA, leaving them unable to perform vital cellular functions.
What is UV-C disinfection?
UV-C disinfection utilises UV-C light at wave lengths of 200 to 300 nm to destroy the DNA structure of viruses, bacteria, yeasts and fungi in seconds, leaving the microorganisms inactive and unable to spread, preventing further infection. This form of disinfection has a sufficiently high irradiance ensuring the UV-C disinfection is reliable and environmentally friendly.
Why use a UV-C robot?
There are several options available for facilities and businesses when it comes to UV-C disinfection, but shadowing must be considered. UV-C light can only disinfect surfaces that it can reach which can create problems areas that are shadowed. The Uultrabot is an innovative technology to solve this issue. By combining UV-C disinfection technology with an autonomous robot, it becomes a reliable solution that significantly reduces the likelihood of shadowing.
How does the Ultrabot work?
The Ultrabot has industry-leading navigation technology, high-precision positioning, memory-based mapping, recording personnel routes, autonomous movement, smart obstacle avoidance, and long-term stable operation in a responsible environment.
Ultrabot is fully autonomously and will make its way around corridors and rooms and any obstacles disinfecting with UV-C light. This disinfecting light is harmful to humans so as soon as the Ultrabot detects a human 3 meters away, it stops the radiation.
24 / 7
Modern hospitals operate 24 hours a day, 365 days a year and desinfection processes need to increasingly becoming automated.
This is in response to changes in lifestyles and demographics which are putting pressure on healthcare facilities as never before. Improving the quality of – and access to – healthcare, while controlling costs as populations age and grow is a major challenge for the healthcare sector.
Relying on advanced AI and manufacturing technology, deep technical advances have been built in the fields of positioning and navigation, motion control, multi-machine scheduling, perception and obstacle avoidance.
When the Ultrabot's batteries need to be charged, it automatically returns to the charging dock. When the batteries are ready, goes back to work making healthcare structures safer environments for all.
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