Our spray disinfection robot adopts spray disinfection, mapping navigation and phone mobil APP control. Custom disinfection methods can be selected using a variety of nozzles. Our Intelligent disinfection robot is an automatic disinfection and epidemic prevention robot, its used in medium and  large-areas indoors like school class rooms hallways or shopping malls etc.

This unit is used for sterilizing an area, it uses  less than 8 μm ultra deifecting dry mist. Small particles, strong diffuse, to ensure that the disinfectant is complete contact with microorganisms in the air to achieve the purpose of disinfection and sterilization.

Reeplace outdated manual cleaning methodies technology, upgrade existing protocols, and limit liability in a facility when it comes to resistant infectious pathogens.

the COVID-19 disease is primarily caused by airborne transmission of the SARS-CoV-2 virus, but it is believed that the virus may also be transmitted via contact with contaminated surfaces (Pitol and Julian, 2021). Thus, routine cleaning and disinfection of potentially contaminated surfaces is recommended, among other infection control activities, to limit the spread of the disease.

Business owners, school district leaders, and even mass transit leaders have needed to find ways to clean and disinfect large surface areas quickly and effectively that are frequently touched by many people. Thus, use of electrostatic sprayers (ESS) and foggers to rapidly apply disinfectants over large areas or complex, intricate surfaces has increased substantially with the COVID-19 outbreak. ESS have been used for many years in several other industries (e.g., efficient application of pesticides to crops), but recently they have grown in popularity as a technique to efficiently and rapidly apply disinfectants to surfaces, i.e., especially those that may be contaminated with the SARS-CoV-2 virus. These devices impart an electrostatic charge to the disinfectant spray droplets (most do so as the droplets exit the nozzle of the sprayer), with the goal of improving deposition of the droplets onto surfaces and thus promoting more efficient use of the disinfectant. This attribute may be both an advantage and disadvantage: an ESS may allow less disinfectant to be used to cover a surface area, but with less disinfectant applied, disinfection efficacy may diminish if the surface does not remain wet for the required contact time.

Hospitals and all healthcare facilities across the world are continuously searching for better ways to limit the spread of infections and improve their disinfection terminal cleans. Patients and healthcare workers can encounter a variety of infectious diseases that are easily spread throughout the facility from all surfaces including those hard to clean contaminated equipment and high touch surfaces.





● Low battery recharge technology to protect the battery

● Start the phone and perform disinfection tasks with one click

● Commonly used disinfectants on the market are diluted with water in proportion

● The fastest cruise speed of 0.8m/s

● 1000 square meters of space, easy to get in 15 minute

Laser mapping

Enter the 4G router address of the robot on the mobile phone platform, you can 

directly access the robot and calibrate the disinfection position through the built 

map. The robot will disinfect according to the set sequence. Press the green 

button on the robot to start the machine.

With detailed operating instructions and guidance videos, it is convenient for customers 

to use the robot, and they also have a simple understanding of the robot.