The Tennant T7 AMR machine was presented at the San Giuseppe Moscati Hospital in Avellino, by Epm, the company active for over 40 years in the Facility and Energy Management sector, which works through artificial intelligence: in fact it allows the automation washing floors using robots equipped with BrainCorp technology.
With the advent of the pandemic, attention towards the disinfection of places has increased the tasks of operators, who today must dedicate time to cleaning and disinfecting surfaces that come into contact with the most, such as handles, taps, switches, all in the shortest possible time . With the robot washer-dryer, the operator is not replaced, but freed to carry out activities with greater added value: through a redesign of the cleaning service, while the machine carries out repetitive everyday activities, the operator can carry out other activities in nearby and provide assistance to the machine if necessary.
“This machine represents a technology at the service of man which must operate as an added value (as an aid to the operator) – declares Carmine Esposito, Epm CEO- this concept in our field is of considerable importance because while the machine carries out repetitive and daily activities, the operator can dedicate himself to other activities that require labour. The advantage for hospitals and the structures in which it is used is that thanks to the entry into service of this machine, it can respect the standards of respect for the environment even more, since the washing is based on ec-H2ONanoClean technology, for which with no negative impact on the environment, while disinfection always takes place with ec-H2ONanoClean technology with the addition of chemical products”.
The efficient sensors detect fixed or mobile obstacles (people, advertising signs, stairs) well in advance, and the artificial intelligence reformulates an alternative route to avoid them. GDPR compliant: The Brain service provider has implemented technical precautions such as blurring faces to avoid recognition. 2D cameras have the sole purpose of being able to send images to the operator or control center in order to identify where the machine is and why it required assistance. the T7AMR autonomous washer-dryer is equipped with BrainOS® technology, has been designed and tested to work in complex environments, always respecting the safety of people and the surrounding environment and equipped with ec-H2O nanoclean technology.
Water flow and floor pressure remain constant throughout the cleaning operation, ensuring exceptional performance from start to finish, every day. Reports help track key performance indicators across the entire fleet. The “programming” of the machine is based on the Teach&Repeat mode through which the operator teaches the machine simply by driving it. By choosing between the “Route” and “Fill” modes, the operator can choose whether to memorize a specific route or whether to show the machine the perimeter of the area and let the filling route be created automatically.
ec-H2O NanoClean technology electrically converts water into a cleaning solution, without using chemical detergents.
T7 AMR washer dryer data sheet:
– Optimization of work in terms of efficiency and cost-time: the operator can dedicate himself to operations that require human intervention, while the robots clean the floors.
– Greater attention to the environment with Ec-H2O technology: through an electrical water conversion process, Tennant scrubber dryers inject a water solution containing positive (H+) and negative (OH-) ions onto the brushes. Thanks to the electric charges present in the solution, the action
detergent that is normally obtained with chemical products, is done with tap water alone, without having a negative impact on the environment. While disinfection occurs with the addition of specific medical surgical products.
– Control of the operator’s autonomy and discretion with the use of automated procedures: once the route to be taken has been estimated, the machine will work autonomously according to the performance and efficiency of traditional washer-dryers with the addition of a quality report that allows monitoring of the activities carried out (time of use/day or week, surface area in m² covered in autonomous mode, indication of heat maps and image support, provide information on the performance of the
machine and how to optimize the result.)
