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破局产能焦虑!忆联全国产SSD M.2自动化方案驱动生产效率跃升
Jin Tou Wang·2025-07-11 01:19

Core Viewpoint - The company, Yilian, has launched a fully domestic "SSD M.2 Automation Solution" that significantly enhances manufacturing efficiency, product consistency, and cost-effectiveness in the SSD production process, addressing key pain points in consumer-grade solid-state drive (CSSD) manufacturing [1][2][12]. Group 1: Manufacturing Efficiency - The SSD M.2 Automation Solution achieves a single line UPH (Units Per Hour) of over 480 PCS/H, which is a 50% improvement compared to manual operations [1][7]. - The automation system supports multiple specifications of M.2 SSDs and operates in flexible modes, enhancing production adaptability [4][12]. - The solution has led to a near 100 PPM reduction in product defect rates through comprehensive traceability management [7][12]. Group 2: Cost Reduction - The automation solution reduces labor costs by saving 2 personnel per machine daily, thereby lowering the overall manufacturing cost of SSDs [7][12]. - The system's ability to replace manual labor stabilizes production and reduces training and labor fluctuations, contributing to a continuous decrease in total cost of ownership (TCO) for consumer-grade products [8][12]. Group 3: Quality Improvement - The automated production line has achieved a small batch order pass rate of 99.80%, with first-time pass rates for FT/BI at 98.43% and 99.57% respectively, showcasing significant quality enhancements over manual processes [8][9]. - The integration of a digital brain through the TianGong platform ensures real-time data collection and analysis, facilitating dynamic optimization of testing results [9][12]. Group 4: Industry Impact - Yilian's automation solution addresses the growing demand for high-performance and consistent manufacturing systems in the SSD market, driven by the rise of AI applications [12][13]. - The implementation of this solution has garnered positive feedback from major clients, highlighting its role in accelerating the scale of domestic high-end storage production and breaking traditional manufacturing efficiency bottlenecks [12][13].