告别人工依赖，微米级机器人进厂打工

Core Insights - The article discusses the increasing adoption of high-precision robots in manufacturing, particularly in tasks that require meticulous assembly, which were traditionally performed by humans [1][4]. Industry Overview - The rise of AI infrastructure is leading to the formation of a comprehensive industrial chain encompassing cloud computing, chips, and upstream precision assembly [1]. - High-precision robots are set to replace manual labor in various sectors, including semiconductor, optical communication, and 3C electronics [3][4]. Technological Advancements - The newly launched high-precision parallel robot (PLR robot) by Ruishun Technology boasts an accuracy of 0.8 micrometers, significantly improving production efficiency and yield rates [3][4]. - Traditional three-axis and four-axis robots are limited in their capabilities, while the six-axis robot can perform 360-degree movements, mimicking human hand actions for precise assembly tasks [5]. Market Demand and Applications - The FPC soft cable insertion process is widely used in the production of electronic products, including mobile phones and display screens, indicating a strong market demand for automation in this area [4]. - Ruishun Technology has secured orders with leading panel manufacturers and is in talks with several 3C companies, highlighting the commercial viability of their robotic solutions [4]. Challenges and Opportunities - Despite advancements, there are still gaps in China's core equipment manufacturing, particularly in high-end components and precision processing techniques, which require long-term investment to address [5]. - The integration of AI in robotics is crucial for enhancing adaptability and performance, with increased capital interest likely to accelerate technological breakthroughs in the upstream supply chain [6].