Xin Lang Cai Jing·2025-10-24 11:40Core Insights - The construction industry is increasingly adopting intelligent construction robots, with a significant event held at the Pudong Airport Phase IV (T3 terminal) showcasing various robotic applications in construction [1][3][9] - The competition featured 30 robotic products competing in seven categories, focusing on technical innovation, construction efficiency, operational quality, environmental adaptability, operational stability, and data interaction capabilities [3][9] Group 1: Event Overview - The 2025 Shanghai Intelligent Construction Development and Building Robot Export Conference was held on October 24, highlighting advancements in construction robotics [1][3] - Various types of construction robots were demonstrated, including those for ground construction, tile laying, safety inspections, building measurements, wall plastering, wall spraying, and intelligent tower cranes [3][5] Group 2: Technological Advancements - Safety inspection robots showcased different forms, including four-wheeled and eight-wheeled models, as well as robotic dogs, demonstrating their obstacle navigation and identification capabilities [5][9] - Intelligent safety helmets and tower cranes have been integrated with AI, cloud computing, and big data technologies to enhance operational safety and efficiency [5][7] Group 3: Industry Growth and Potential - The construction robot industry in China is transitioning from its nascent stage to a growth phase, with an increasing number of companies and the establishment of industry standards [7][9] - The Pudong Airport Phase IV project covers an area of 1.5 million square meters, with a total construction area of 1.96 million square meters, aiming to accommodate 50 million passengers annually [9][10] Group 4: Efficiency and Safety Improvements - Construction robots are significantly improving efficiency, with specific robots expected to handle 700,000 square meters of flooring, processing over 1,000 square meters daily with millimeter-level precision [9][10] - In high-risk scenarios, robots are replacing manual labor, reducing the number of welders by 50% and increasing welding efficiency by 30% in underground projects [9][10] Group 5: Integrated Management - A "Building Robot Integrated Management Platform" has been developed for precise management of over 30 types of construction robots, enabling real-time monitoring and data tracking [10] - The collaboration between Shanghai Construction and top universities aims to establish a new ecosystem for intelligent construction, focusing on human-machine collaboration and group coordination [10]