Founded in June 2020, Shanghai Weijian Technology Co., Ltd. is a national high-tech enterprise dedicated to the research, development, production, and sales of construction robots. Weijian's core strength lies in multi-disciplinary integration, combining cutting-edge technologies such as precision mechanics, control systems, navigation, vision, simulation, and artificial intelligence algorithms to address the challenges inherent in the traditional construction industry.
To date, the company has successfully developed the world's first commercially operated plastering robot, capable of autonomously perceiving and adapting within complex building environments while maintaining high-precision operations, thereby overcoming the high-intensity labor and heavy manual dependency of traditional plastering work.
The company's current core products include interior wall finishing robot series (modeling robots, plastering robots, and spraying robots) and intelligent rebar processing systems (flexible rebar processing centers, ultra-high-speed rebar thread rolling lines, and rebar cage forming production lines).
Weijian Technology was selected for the Ministry of Industry and Information Technology's list of excellent application scenarios for construction robots in 2022, was recognized as a benchmark enterprise for intelligent robots in Shanghai in 2023, and was designated as a specialized and innovative "Little Giant" enterprise by the Ministry of Industry and Information Technology in 2024.
As a global pioneer in the construction robotics industry, Weijian brings together top-tier domestic and international research talent in the fields of "robotics + intelligent construction," consistently focusing on the development and industrialization of core robotic technologies and intelligent algorithms. Adhering to the philosophy of "Technology Empowers Intelligent Construction," Weijian Technology deeply integrates precision mechanics, control systems, navigation, vision, artificial intelligence algorithms, and other advanced technologies with traditional construction techniques to develop robots that construction workers can use, making the "dirty, messy, strenuous, and hazardous" construction site safer, higher in quality, and more efficient.