Smart sanitization
DISINFECTION WITH UV LIGHT
Ultraviolet light destroys the DNA and RNA of bacteria and virus preventing the spreading of diseases.
-Each year millions of people contract diseases produced by virus and bacteria present in surfaces of all kinds.
-Traditional chemical disinfection methods are slow and unsafe, besides losing effectiveness over time.
Until this moment the problem was to provide the most necessary amount of UV light in an effective and economic way.
UVRbot scans environments with cutting-edge image processing technology and, through advanced artificial intelligence algorithms, it estimates the necessary amount of time to deliver the adequate dosage for a complete decontamination.
AUTONOMOUS UV-C LIGHT DELIVERY SYSTEM
Control and monitoring module:
CPU, cameras and sensors.
Disinfection module:
16 30W germicidal UV light tubes arranged in
a 360º platform.
Service module:
battery bank and protection systems.
Transport module:
omnidirectional movement platform.
FULL COVERAGE WITHOUT HUMAN INTERVENTION
UVRbot is a one of a kind product.
This robot uses 3D scan based on laser sensors and visual recognition capabilities to map the environment to disinfect.
Using the three-dimensional reconstruction and considering environmental conditions and data from the sensors, the UVRbot’s microprocessor will define the most suiting disinfection plan and will star the disinfection cycle.
During the process, the robot will execute all the necessary measurements in order to optimize and adjust the working plan.
...is practical
REMOTE CONTROL SYSTEM
the user has total domain over the robot movement.
WIRELESS TECHNOLOGY
Sistema de baterias con autonomía de hasta 3 hs
(entre 10 y 12 ciclos de desinfección).
REMOTE VIDEO MONITORING
High quality cameras for live monitoring of disinfection tasks.
USER FRIENDLY INTERFACE
the interface is simple and comfortable allowing fluid performance.
...is efficient
SMART UV LIGHT DOSAGE
UVR-bot interprets the intrinsic parameters of the scanned environment and determines the optimal amount of time to deliver the most effective germicidal dose: 1500W.s.m-2 in every corner of the room.
TOTAL IRRADIATION
UVR-bot uses a high-performance algorithm that establishes the optimal displacement pattern such that all surfaces and elements in the environment are irradiated long enough.
SHORT TIMES
UVR-bot optimizes the space resource to carry out disinfection cycles in less than 20 (twenty) minutes, thus allowing the environment to be quickly released for use.
...is safe
SMART DESIGN
UVR-bot is built with the highest quality materials and is equipped with physical and electrical protection systems.
EMERGENCY STOP SYSTEM
UVR-bot has movement sensors that allow the immediate stopping of the operation in case of the presence of people in the room. Although this is an automatic response, it can also be manually deployed.
ELIMINATING VIRUS AND BACTERIA
ADVANTAGES
-The automatization of the disinfection process means that users can manage which places to disinfect and when to do so, without having to expose themselves to contaminated environments or the process itself
-NO EXPOSURE
- Simple interface for the user.
- EASY
-The disinfected room can be accessed and used immediately after the cycle ends and the robot turns off or leaves.
- Simple interface for the user.
-PRACTICAL
- UVRbot does not use any chemical agent.
- CHEMICAL-FREE
- UV-C technology does not produce any secondary products or waste.
- WASTE-FREE
- Microorganisms do not develop resistance to UV-C treatments.
- NO RESISTANCE
-The high scope capacity of this UV-C device allows directly and indirectly irradiated surfaces to be disinfected.
- FULL DECONTAMINATION
- UVRbot guarantees a long operating life and consequent economic savings.
- SAFE AND RELIABLE
USES AND APPLICATIONS
PRODUCTS
UVR-BOT METRO
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DISINFECTION IS PREVENTION
The disinfection of environments and surfaces is crucial to avoid the development and consequent contagion of pathogens.
Surfaces contaminated with virus, protozoa and bacteria are the source of a wide range of diseases that can be easily prevented.
In public health institutions, the risk of contracting an in-hospital infection is between 5% and 10% for developed countries (WHO, 2020) and between 5% and 15% for developing countries (MSAL, 2008). For this reason, it is essential to have an efficient disinfection system.
Based on statistics, manual disinfection methods have proven ineffective and insufficient: it is estimated that only 60% of contaminated surfaces are successfully treated after mechanical procedures.
Implementing an automated and smart system to prevent disease transmission is key.
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We are UVRbotics, a company highly focused on technological innovation, applied to health care 100% Argentinian.
Our team of highly qualified professionals in health, environmental care, engineering, programming and advanced robotics works collaboratively to solve the most complex challenges to meet the needs of our society.
in the world
