【 Project Case 】 Weijian High Wall Plastering Robot - Research Complex Building of Shanghai Dermatology Hospital

At present, the research and comprehensive building project of Shanghai Dermatology Hospital located at 1278 Baode Road, Jing'an District, Shanghai has entered the key construction stage of decoration and renovation. The Weijian high wall plastering

 robot has officially entered the site, undertaking plastering tasks for approximately 70000 square meters of the project.

The research complex building of Shanghai Dermatology Hospital is a key medical research supporting project with a total construction area of 37556 square meters, covering multiple functional areas such as key laboratories, libraries, conference halls, 

professional teaching and training platforms, employee dormitories, and underground parking garages. As the core carrier of the integrated development of hospital medical teaching and research, the project puts forward extremely high requirements 

for construction technology, detail control, and finished product quality.

The construction challenges and intelligent solutions of the project involve complex working conditions for the interior walls, with plastering heights ranging from 3.6 to 4.2 meters. There is a large amount of work required for high-altitude wall surfaces, 

high manual construction intensity, and difficulty in leveling large areas. The Weijian high wall plastering robot can cover a height of 0 to 5.4 meters, fully meeting the on-site requirements. The Weijian plastering robot can complete a plastering area of 

70 square meters per hour in just 3 minutes, and can quickly and standardly complete large-scale wall construction tasks.

The whole process of the human-machine collaborative efficient construction project adopts the "human-machine collaborative" operation mode. The Weijian high wall plastering robot focuses on large-scale automated plastering of walls. With the 

advantages of efficient and stable standardized operations, it undertakes repetitive and heavy high-altitude large-scale plastering tasks, effectively solving the pain points of low efficiency, high physical consumption, and unstable quality of traditional 

manual labor; On site workers will carry out repair and closure treatment on the irregular corner areas. The human-machine collaboration mode achieves synchronous improvement of construction efficiency and quality control.

The large-scale application of Weijian's high wall plastering robot this time promotes the transformation of traditional processes towards digitization and standardization, demonstrating its technical strength and engineering practice capabilities. In the 

future, Weijian will continue to deepen the research and development of construction robot technology, expand diverse application scenarios, and use intelligent equipment to assist in high-quality urban construction, providing replicable and promotable 

practical samples for industry transformation and upgrading.