miniTM UVC
DISINFECT WITH LIGHT
Safe
Safe, autonomous disinfection of public buildings
Scalable
Disinfect more quickly or cover larger sites
Robust
Disinfects as programmed, every time
Cost- effective
Reduce staff absences or healthcare associated infections
Hospitals
Hotel Rooms
Airports
Cafeterias
Nursing Homes
Government buildings
Commercial centers
Schools
“Airports today are facing the challenge of keeping large terminals clean and sanitized. They do this today with manual processes and procedures, with ride-on machines as well as manual tools, several times a day. And this is quite a time-consuming and expensive task.
"Robotic solutions can be a good solution
for this challenge.“
Marco Pici
Head of Business Development & Business Transformation, Software Design (a SITA Company)
Safe from viruses
The mini™ UVC is equipped with eight powerful UVC lamps. This technology is proven to destroy up to 99% of bacteria and viruses on surfaces.
The mini™ UVC can disinfect surfaces from one meter away at the rate of 4.2 meters per minute – and the closer the lamp, the faster it disinfects.
A robot such as the mini™ UVC is a better solution than a static germicidal lamp, as mobile robots can move closer to surfaces to disinfect them faster.
Safe for your staff
The mini™ UVC works without needing human intervention, keeping staff safe from powerful UVC light.
Driven by Autonomous Navigation Technology (ANT®), the mini™ UVC includes proven collision-avoidance technology and a raft of unique safety features. These include verbal and visual warnings, and person-detection with automatic shut-off to minimize the chance of accidental exposure.
UVC light cannot move through walls or glass (so people can work safely in adjoining rooms), and dissipates instantly (so it’s safe to enter a space as soon as the mini™ UVC is switched off).
miniTM UVC Disinfection robot | Disinfect With Light
How it Works
1 | INSTALLATION
The mini™ UVC can be installed in hours by an approved technician or integrator. There’s no need to make any changes to your site, as the mini™ UVC uses powerful ANT® technology to ‘know where it is’ by referencing the location of doors, walls, and other features of your space.
2 | PLAN A ROUTE
Using intuitive ANT® software, plan a route through your space, and set disinfection points. The mini™ UVC can be controlled by any trained technician from a tablet or laptop.
3 | DISINFECT
The mini™ UVC will do the rest, destroying viruses and bacteria on nearby surfaces. The mini™ UVC can disinfect surfaces simple one meter away at the rate of 4.2 meters per minute.
4 | REPEAT
The mini™ UVC never tires or needs the day off. With four hours operation time after just a two-hour charge, it can disinfect even large or complex areas – or work in a fleet of other mini™ UVCs to disinfect a space faster.
miniTM UVC specifications
Scientifically
proven
UVC light has been studied for over a hundred years, and is endorsed by the IUVA as part of a toolkit for fighting COVID-19. While it should not be used as a substitute for manual cleaning, the mini™ UVC can complement the efforts of your team by ensuring complete disinfection, especially in complex or high-touch spaces.
How long can the covid-19 virus survive?
A recent scientific review confirms that the SARS-CoV-2 virus which causes COVID-19 can survive on common surfaces long after a sick person has left the area.
The virus can remains infectious for:
Make your space safer with miniTM UVC
The mini™ UVC is equipped with eight powerful UVC lamps. These deliver a total of 140 UVC watts proven to destroy up to 99% of viruses, as well as bacteria and funguses.
The mini™ UVC can disinfect surfaces from one meter away at the rate of 4.2 meters per minute. As site layout and surface materials also affect disinfection time, we are not able to give precise timings, and recommend verifying results with an independent laboratory in your area.
The mini™ UVC is controlled by ANT® software, which today drives over 3,000 autonomous vehicles worldwide. This Swiss-made technology is reliable and robust, even in complex and evolving environments.
