SNAIL

MOPPING ROBOT

aireeman project

Snail Cleaner commercial cleaning robot, using the world’s first self-cleaning technology, mopping roller 60 times per minute self-cleaning, mopping without secondary pollution, and with the multi-functional intelligent base station, to achieve automatic water change, automatic dust collection and automatic charging and other functions in one, widely used in office buildings, cafes, hotels, restaurants, and many other fields.

97%

Customer satisfaction

6+

Years Experience

Polymer Sponge Rollers To Fight Stubborn Stains

Newest modle

features

01 Seamless Connected To Water Pipes

Seamlessly connected to faucets and floor drains to achieve automatic water refilling and water drainage, truly freeing your hands. The body has a built-in double-layer independent net / sewage tank, the base station has a built-in 13L large-capacity water tank, which can refill water for the robot about 8 times.

02 4-In-1 Base Station

Automatic water change
Automatic dust collection
Automatic charging
Automatic disinfection

03 self cleaning

Using the world’s first self-cleaning technology, mopping roller 60 times per minute self-cleaning

04 "井”-Shaped Intelligent Global Planning

For the key cleaning areas, the APP side can customize the secondary cleaning tasks, end of cleaning by“井”-shaped , cleaner and more thorough

05 Super Cleaning Efficiency

30 minutes to thoroughly clean 200 square feet, which can use in different floor materials, and 1000 square feet indoors, with a wider range of applications

The World’s First

Self-Cleaning Technology

Mopping roller 60 times per minute self-cleaning, automatic cleaning roller, automatic wringing out the sewage in the roller, effectively prevent the secondary pollution caused by the cleaning trouble

High-Tech MOPPING!

Mopping Without Hurting The Floor

Lidar Sensor

The 8m Lidar sensor is a cutting-edge technology that provides high-precision navigation and positioning capabilities in real-time. This advanced sensor is designed to enable autonomous systems to navigate through complex environments with ease, thanks to its ability to accurately detect and measure the distance to objects in its surroundings.