2026-06-03 16:43:18
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In the past decade, China's coupling industry has undergone a profound intelligent revolution, moving from traditional manufacturing to a systematic transformation of 'high precision+intelligence+green'. This revolution is first reflected in the production end, where AI is deeply integrated with industrial robots. For example, the 'AI+Industrial Robot Flexible Assembly System' controls the torque error of coupling assembly within ± 1%, reduces the missed detection rate to below 0.1%, and reduces labor costs by two-thirds. MES, ERP and other systems have implemented visual management of the entire workshop process, resulting in a significant increase in the utilization rate of machining centers from 62% to 85%, and a 12 day reduction in the production cycle of a single product. The design process has also been revolutionized by parameterized systems, where key parameters can be inputted to generate a complete set of drawings with just one click, resulting in a 50% increase in design efficiency. More importantly, the product itself is endowed with 'intelligence'. The intelligent coupling integrated with IoT sensor can monitor torque, temperature, vibration and other parameters in real time. Predictive maintenance is achieved through the industrial Internet platform. The accuracy rate of fault early warning reaches 95%, and the product premium is more than 30% higher than that of traditional models. The digital twin technology has built a full process virtual mapping from raw materials to operation and maintenance, driving the industry from 'fault repair' to 'predictive maintenance'. This intelligent revolution empowered by AI and driven by data is helping Chinese coupling enterprises break through import dependence in high-end fields such as wind power, semiconductors, and industrial robots, and reshape the global value chain.