Autonomous nebulization disinfection robot

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Description

The autonomous nebulizing robot from the manufacturer Reeman allows it to provide a fast disinfection (according to the manufacturer, a space of 1000 m2 in approx. 15 minutes), spraying substances such as hypochlorous acid, chlorine dioxide, hydrogen peroxide, peroxyacetic acid and others. It is suitable for hospitals, clinics, offices, schools, public transport vehicles, etc., in order to help reduce, according to the manufacturer, microorganisms, persistent bacteria, viruses or fungi that spread in the air.

Video: Reeman

The nebulizer has precise centimeter-level navigation, technology for remote disinfection, multi-machine coordination capability, automatic obstacle avoidance and other functions. It can automatically navigate to a designated location in an indoor environment.

Nebulization disinfection robot

The main features of the nebulizer robot

Variety of disinfectants used by the nebulizer

You have the freedom to choose the disinfectant substance the robot uses, depending on your preferences and the type of space being disinfected. Some of these are: hypochlorous acid, chlorine dioxide, hydrogen peroxide, peroxyacetic acid and others. The spraying rate is between 800 and 3000ml/h, and the size of the sprayed particles is between 2~5μm.

High speed autonomous robot

The robot has a minimum movement speed of 0.1 m/s, and the maximum is 0.8 m/s. Thus, according to the manufacturer, it can disinfect a space of 1000 square meters in less than 15 minutes.

Autonomous route planning

You can customize the disinfection target position as well as time it (a variety of modes are available) and the nebulizer robot performs disinfection tasks automatically and autonomously, saving time and effort.

Active obstacle avoidance

Once the lidar sensor detects an obstacle, it will automatically avoid it for stability and safety. The detection angle of 270 ° and the ability to recognize the obstacle from a distance of about 1 meter ensure stable operation of the nebulizer robot. The minimum height that the obstacle must have for it to be detected is 20 cm.
Robot nebulizare

Remote navigation implementation

Robot navigation can be controlled remotely through a cloud service platform, so you don't need to push the robot to create the map it needs to follow on the disinfection route. The mapping of the space is done by laser, making it possible to create maps for 40,000 square meters.

Autonomous recharging at the station

The robot has a battery life of 4-5 hours, after which it needs recharging. You can set a minimum value of battery charge percentage at which the robot will charge automatically. When the nebulizer detects that the battery has discharged to a level lower than the set minimum, it moves autonomously to the charging station with an infrared sensor, no manual operation is required.

Disinfection by nebulization

Use the elevator autonomously

The robot can be connected to the elevator system (if it allows) to simulate the elevator buttons, thus moving autonomously from one floor to another, up to the designated room for disinfection.

Discover also the disinfection robots with UV-C Rays, Adibot - S and Adibot - A.

Technical specifications

Parameter	Value
Hardware parameters	Index Performance
Volume	13L
Support language	Chinese-English
product material	Cold Rolled Steel Sheet
Environmental Requirements	Storage temperature: -40°C~70°C; Working temperature: -10°C ~ +50°C Humidity (RH): 10%~90%
Screen size	7 inch
Screen resolution	1024*600
Lidar	20m/270° long range laser scanning distance measurement
Single Axis Gyro Sensor	Measuring the angle of rotation
Infrared sensor	Communication with charging station
Operator Support	Router Netcom 4 g
Network Setup	Supports Wi-Fi 2.4 and 5G
Travel speed	The minimum is 0.1 m/s, the maximum is 0.8 m/s
CPU Frequency	1.2G
operating system	Android 5.1
ROM (capacity)	8G
RAM (memory)	1G
adapter	Input: 220V Output: 42V--3A/5A
Robot input power	42V--3A/5A
battery	Lithium battery 37 V/20 AH
Load File Specifications	42--3A/5A, steady green: standby; steady red: charging; flashing alternating red and green: docking car
Remote functions	Support remote video monitoring, remote navigation status monitoring, remote online update navigation system, Android system
noise	At rest: 45 dB Moving: 50~75dB (Different floor materials vary slightly)