离开深圳：国产机器人的“精度”在长三角

Core Insights - The article discusses the contrasting developments in the robotics industry in China, highlighting the rapid production capabilities in the Pearl River Delta and the precision challenges faced in the Yangtze River Delta [1][12] - It emphasizes the importance of precision in robotics, stating that without it, robots cannot perform high-value tasks and will remain limited to basic functions [10][11] Group 1: Robotics Production and Development - The Pearl River Delta, particularly Shenzhen, has made robot manufacturing accessible, leading to a surge in production and a competitive environment [1] - The Yangtze River Delta, including Shanghai, Suzhou, and Hangzhou, focuses on refining the precision and control of robots, which is crucial for their effective operation [1][12] Group 2: Precision Challenges - Robots currently exhibit a disconnect between high intelligence and low physical capability, often resulting in delayed responses and imprecise movements [2][3] - Shanghai is identified as a key location for improving control systems, with innovations like the ViLLA architecture aimed at reducing latency in robotic movements [3][5] Group 3: Hardware and Material Science - Suzhou and Kunshan are recognized for their expertise in hardware precision, addressing issues related to wear and tear in robotic components [6][8] - The article highlights the significance of material science and precision engineering in overcoming the limitations of current robotic technologies [8][11] Group 4: Integration of AI and Lightweight Materials - Hangzhou is noted for its advancements in lightweight materials and AI integration, which enhance the agility and responsiveness of robots [9] - The combination of AI vision and reduced weight is crucial for improving the operational capabilities of robots, allowing them to navigate environments more effectively [9] Group 5: The Importance of Precision in Robotics - Precision is deemed essential for robots to gain respect and perform valuable tasks in industrial settings, with a clear distinction between low and high precision applications [10][11] - The article concludes that achieving high precision requires continuous effort in material science and engineering, emphasizing that shortcuts are not viable in this field [11][12]