In the current wave of digital transformation in manufacturing, CNC (Computer Numerical Control) milling machines, as the core equipment for precision processing, their efficiency directly determines the competitiveness of enterprises. According to a McKinsey report, the global demand for manufacturing efficiency improvement increased by 25% in 2023. Among them, as the "heart" of CNC systems, the performance optimization of spindle motors has become a key breakthrough point. However, many factories still face the bottlenecks brought by traditional spindle motors: slow response, precision fluctuations and excessive energy consumption. These problems not only lead to production delays but also increase operating costs. HOLRY, a professional manufacturer with 17 years of experience in spindle motor research and development, has helped countless enterprises achieve efficiency leaps with its servo spindle motor series. This article, through a real case of a German precision parts manufactur
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