It is suitable for the spraying construction of sandless latex paint, water-in-water and water-in-sand multi-color paint. It is mainly composed of three parts: suspension assembly, spraying assembly and control system. The spraying efficiency can reach 3-5 times that of manual operation*. The product has safety functions such as overspeed limit, overload monitoring, emergency release, posture monitoring, wind speed monitoring, etc., which effectively ensure the safety of the robot’s high-altitude operation. The use of graphical trajectory planning spraying technology and breakpoint resumption technology effectively improves the robot’s ease of use; through posture stability control, remote spraying pressure monitoring and other technologies, the stability of the spraying process is improved to ensure the construction quality of the robot. This series of robots uses AC380V centralized power supply and reaches IP54 protection level, which can meet the environmental requirements of outdoor high-altitude operations.
Unmanned robot high-altitude operations eliminates the risk of falls and occupational health injuries such as paint mist associated with traditional manual work
The efficiency of robot spraying can reach 3-5 times that of manual operation
The robot construction achieves a one-time success, with quality in compliance with the JGJ/T29 Specification for Construction and Acceptance of Building Painting Operation. The visual appearance is uniform and consistent, with no blotchy spraying or missed areas, which significantly surpasses the quality of manual construction
The consumption is accurately controlled, which can reduce paint consumption compared with traditional coating systems
User-friendly operating interface, easy to learn and use
The exterior wall spraying robot includes two products, TR500 and TD500, which have safety functions such as overspeed limit, overload detection, emergency release, attitude detection, wind speed detection, effectively ensuring the safety of the robot high altitude operations; The ease of use is improved through the use of graphical trajectory planning spraying technology and breakpoint continuation technology; The stability of the spraying process is enhanced and the construction quality of the robot is guaranteed through technologies such as attitude stability control and remote spraying pressure detection; The environmental requirements of outdoor high altitude operations can be met with a centralized AC380V power supply and IP54 protection; It can meet the environmental requirements of outdoor high-altitude operations; it can be adapted to the suspension of manual hanging baskets and is easy to install. The exterior wall spraying robot has issued one group standard and obtained more than 10 invention and utility model patents. It has also won numerous awards, including the Excellent Product Award at CHINA HI TECH FAIR 2022, the German Reddot Design Award 2022, the Hong Kong Construction Industry Council Innovation Award in 2022, and has been selected as an excellent scenario for robot applications by the Ministry of Industry and Information Technology, P.R.C.
| Product Parameters* | TR500 Exterior Wall Spraying Robot TR500 | TD500 Exterior Wall Spraying Robot TD500 | |
|---|---|---|---|
| Overall dimensions | Overall dimensions | 3250X1700X2000 mm | |
| Total weight | 650 kg (no load)/950kg (full load) | ||
| Rated power | Rated power | HP airless spraying | LP air spraying |
| Rated voltage | Emulsion paint | Relief paint, colorful paint and natural stone paint | |
| Protection class | Protection class | 500 m³/h | 500m³/h for relief paint and colorful paint, 300m³/h for natural stone paint |
| Max. working height | 180 m³/h | 180m³/h for relief paint and colorful paint, 100m³/h for natural stone paint | |
| Max. climbing angle | Max. climbing angle | 5000 mm | |
| Overall dimensions | Overall dimensions | 200 L | |
| Total weight | Total weight | 3-phase AC380V | |
| Rated power | Rated power | IP54 | |
| Rated voltage | Rated voltage | < 8.3 m/s (force 5 wind) | |
| *The data is sourced from Bright Dream Laboratory | |||