Visual presence indicator
XuP-Steri A is dedicated to disinfection and air purification. Thanks to the coupling of photocatalysis and UV-C disinfection, the mobile robot destroys pathogens, such as Volatile Organic Compounds (VOCs), viruses, bacteria, odours, etc. This solution limits the spread of infectious diseases in indoor environments .
In a shopping center, a fleet of 30 XuP-Steri A work together to disinfect and purify the surrounding air. XuP-Steri A draws in polluted air to treat it by reducing fine particles, odors and airborne pollutants such as VOCs, bacteria, viruses and moulds. The XuP-Steri A fleet is totally autonomous, the robots move around in complete safety in the presence of the general public.
Thanks to this fleet, the shopping center can be disinfected 24/7 and thus optimize the volume of air treated. The shopping center can therefore welcome its customers serenely.
Environmentally friendly
XuP-Steri A disinfects and purifies the air while following the logic of Corporate Social Responsibility (CSR). Indeed, the robot does not release any harmful by-products for health and the environment, so it can be used continuously with vulnerable populations.
Reassure your users
XuP-Steri A limits the risk of airborne contamination, with a 99% destruction rate of micro-organisms. XuP-Steri A is as effective for spaces with large volumes (industrial hall, laboratory hall, shopping centers, etc.) as for small volumes (waiting rooms, cinemas, changing rooms, etc.)
Optimized disinfection
A fleet of XuP-Steri A allows you to optimize the efficiency of air disinfection. Thanks to this fleet, you increase the volume of air treated while maximizing the availability of the robots, i.e. 24 hours a day, 7 days a week.
Safe
Designed according to a risk analysis carried out in compliance with the Machinery Directive 2006/42/EC and the ISO 3691-4 standard. XuP-Steri A is able to move independently and safely in an environment open to the general public.
Visual presence indicator
Automatic door opening
Acuity: Dynamic Environment Localization