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As automotive lightweighting and electrification accelerate, the number of fasteners is increasing while reliability requirements are rising. Coupled with OEMs’ stricter demands for traceability and consistency in the coating process, traditional coating processing modes can no longer meet future quality management systems.
The introduction of digital and intelligent coating lines is an inevitable requirement for industry development, primarily driven by the following factors:
Therefore, building a digital and intelligent coating line that integrates process, equipment, logistics, and data has become a critical direction for the development of automotive component surface treatment.
The coating line integrates modular units including cleaning, shot blasting, coating, curing, inspection, and packaging. These units are interconnected via standard interfaces and a dispatching system to achieve: automated conveyor changeover, process instruction dispatch, real-time status monitoring, and full-link early warning. This empowers enterprises to optimize production cycle times and reduce labor costs.
Adopting an integrated MES + Industrial Control architecture, the line builds a transparent process control system that precisely meets the stringent supply chain management requirements of OEMs. The system can collect coating parameters in real time, manage batches, work orders, and process sheets online, and support traceability reviews of anomaly nodes alongside visual analysis of quality trends, fully satisfying the “trackable and controllable" requirements throughout the process.
Addressing the industry pain points of automotive fasteners—such as “small batches, diverse models, and frequent changeovers"—the line adopts a modular assembly structure, rapid changeover design, and mix-up prevention mechanisms. Coupled with flexibly routed logistics paths (including AGV/ASRS integration), it significantly shortens changeover times, reduces the risk of material mix-ups, and drastically enhances production flexibility and adaptability.
The line constructs an energy-saving process chain, achieving highly efficient and low-carbon production through precision control and intelligent energy management. Compared to traditional coating lines, energy efficiency is improved by over 30%. While ensuring production efficacy, it fulfills environmental responsibilities and establishes a benchmark for sustainable smart manufacturing in the industry.