Germany and Japan are renowned for their highly skilled workforce. Technical workers trained under Germany’s “dual system” of vocational education are capable of precisely operating complex CNC equipment; in Japan, skilled workers account for 40% of the workforce, and companies prioritize long-term employee development and the transmission of skills. In contrast, while skilled workers make up only 5% of China’s workforce, the country boasts a massive pool of over 200 million skilled workers and 60 million highly skilled professionals.Chinese workers. China’s overall labor costs are relatively low, and combined with its vast talent pool, the country holds a significant advantage in labor-intensive CNC machining processes, enabling it to complete large-scale, high-efficiency production tasks at a lower cost.

Although the proportion of highly skilled workers in China is low, the country has over 200 million skilled workers. The Chinese people have long been known for their intelligence and diligence; they learn quickly and adapt rapidly to new technologies and processes. With low labor costs and a vast talent pool, China holds a significant advantage in labor-intensive CNC machining, enabling it to complete large-scale, high-efficiency production tasks at a lower cost—a capability that Japan and Germany lack.

CNC products from Germany and Japan focus on high-precision components and command high prices. CNC machining centers manufactured in these countries often cost millions of yuan, catering primarily to high-end industries such as aerospace and automotive manufacturing that demand extreme precision. Leveraging its capabilities in mass production and cost control, China has carved out a niche in the mid-to-low-end market with cost-effective products. The CNC machining centers produced by Chinese companies, priced at just over 100,000 yuan, have attracted numerous small and medium-sized enterprises.

China is the only country in the world that possesses all industrial categories listed in the United Nations Industrial Classification, boasting a complete CNC industrial chain spanning the entire supply chain. From upstream R&D of CNC systems and manufacturing of core components, to midstream production of complete machine tools, and downstream applications across a wide range of fields, all stages can be localized. This has gradually formed an efficient “one-hour industrial circle,” significantly reducing procurement costs and supply chain risks for enterprises, and providing strong support for the rapid adoption of CNC technology across various sectors.In contrast, while Germany and Japan hold advantages in certain core technologies and components, their industrial chains lack completeness. When addressing large-scale, diversified production demands, China’s industrial ecosystem advantages become even more pronounced.

Strategic plans such as “Made in China 2025” have charted the course for the development of China’s CNC technology. Through policies such as the establishment of industrial funds, tax incentives, and the development of industrial parks, the government has guided enterprises to increase their R&D investments. With this policy support, high-precision CNC machining has experienced explosive growth.At the same time, China is actively promoting the integration of CNC technology with emerging technologies such as artificial intelligence and the Internet of Things (IoT). By leveraging the IoT for remote equipment monitoring and utilizing AI algorithms to optimize machining processes, this policy-driven momentum and innovative vitality are accelerating China’s progress toward the intelligent upgrading of CNC technology, gradually narrowing the gap with international advanced standards.