Pain points of traditional sheet metal processing production lines

Low efficiency: Reliance on manual loading and unloading, equipment adjustments, long changeover times, low capacity utilization for small batch orders, and difficulty in controlling delivery timelines;

Unstable precision: Large errors in manual operations (such as bending angles and welding positioning), high scrap rates, especially poor consistency in processing complex parts;

High costs: Rising labor costs, severe material waste (due to unreasonable material nesting), high equipment maintenance costs and frequent breakdowns;

Insufficient flexibility: Difficult to quickly adapt to a variety of products and customized orders, high costs for production line adjustments, slow response to market demand;

Difficulty in quality control: Low efficiency of manual inspection, no traceability for critical process data, time-consuming quality problem tracking;

Safety and environmental risks: Operations like welding and cutting generate exhaust and residue, manual work is prone to injuries, and there is high pressure for environmental compliance;

Management disconnection: Production plans are not transparent, process handovers are unsmooth, work-in-progress accumulates, and production data is difficult to monitor in real time.

Traditional manufacturing production lines generally use Assembly Line Process , with weak coordination between process units, leading to issues such as unbalanced production rhythms, idle resources, and energy consumption fluctuations, which severely restrict manufacturing efficiency and energy utilization levels.