Tile Paving Robots
Tile Laying Robot
A construction robot used for tile laying, which can realize 800 mm*800 mm and below specifications of the whole brick mortar laying. It finds wide application in airports, train stations, subways, and public squares of stone tile laying; apartments, office buildings, shopping malls, hotels and other indoor large scene ceramic tile laying.
Floor tile laying robot
An automated robot for indoor thin-layer floor tiles. Through laser navigation technology, visual recognition technology, and elevation positioning system, it can achieve automatic walking, precise movement, and autonomous paving, and complete the integrated operation of tile adhesive laying, floor tile transportation, and floor tile laying construction. It is widely used in residential areas, high-speed rail stations, airports, office buildings, schools, and other scenarios. The product has been rated as a Guangdong high-tech product, and its construction efficiency has been recognized by the China Construction Association.
Landscape floor tile laying robot
An intelligent paving robot that integrates unmanned driving, deep vision, ground adaptive paving and other technologies. It has functions such as precise gluing, automatic alignment of brick seams, automatic paving, and intelligent obstacle avoidance. It is mainly used for landscape floor tile paving in real estate, public buildings, municipal engineering and other scenarios.
Wall tile laying robot
An automated robot for indoor wall tile laying, which can be used in residential and office buildings, hotels, shopping malls and other scenes; the robot adopts the thin-sticking technology of tile glue, and the tile specifications are 300* (450~600) mm. Through autonomous navigation, positioning, path planning, automatic glue application and laying wall tiles, it can realize automatic wall tile laying operations. This product has a number of key technology patents and core intellectual property rights (such as China invention patent, patent number ZL202010779158.9; China invention patent, patent number ZL201911396370.0).
