As a core supporting field of high-end manufacturing, the metal double-side grinding industry has achieved steady development driven by the upgrading demands of downstream industries such as semiconductors, new energy, aerospace, and others. The sector generally shows a sound momentum of "expanding scale, iterative technology, and improved quality", while facing phased challenges including insufficient breakthroughs in high-end technologies, with its development landscape continuously optimized.

Regarding the current industry status, the market scale is growing steadily. According to authoritative industry statistics, the domestic market size of China’s metal double-side grinding industry has exceeded 6 billion yuan, with an annual compound growth rate of over 8.5%. Application scenarios continue to expand, extending from traditional hardware processing to high-end fields such as semiconductor substrates and core components of new energy vehicles, where high-end manufacturing applications account for 72% of the total demand. Technologically, China has made breakthroughs in medium-to-high precision processing; nano-scale grinding technology has been gradually commercialized, significantly improving processing accuracy and stability. Relying on industrial advantages, East China and the Pearl River Delta region occupy more than 80% of the national market share.

Clear future development trends have emerged, with intelligence, green development, and precision as the core directions. In terms of intelligence, the deep integration of the industrial Internet and artificial intelligence has led to the wide application of intelligent detection, automatic parameter optimization and other technologies, promoting the transformation to unmanned processing. For green development, in response to the "dual carbon" goals, environment-friendly technologies such as dry grinding and grinding fluid recycling are being rapidly promoted to reduce energy consumption and pollution. Regarding precision, the industry will continue to achieve breakthroughs in sub-micron and nano-level accuracy, focus on the research and development of difficult-to-machine materials, and narrow the gap with the world’s top levels. Meanwhile, industry concentration will rise, and collaborative innovation across the industrial chain will become normalized, supporting the upgrading of downstream high-end manufacturing industries.