Recently, as industries such as high-end equipment manufacturing, new energy vehicles, and precision instruments continue to raise the performance requirements for core components, the technological development and supply chain autonomy of precision shaft cores, as key basic components, have increasingly attracted industry attention. Huizhou Xinkewei Hardware Products Co., Ltd., a leading domestic manufacturer of precision cold forging parts, has made significant progress in the material optimization, precision control, and process stability of precision shaft cores through continuous research and technological accumulation, providing high-performance and highly consistent shaft core solutions for downstream industries. 

Precision shaft cores are widely used in fields such as motors, automotive transmission systems, automation equipment, and electronic communication devices. Their accuracy, strength, wear resistance, and fatigue life directly affect the reliability, efficiency, and service life of the entire equipment. Traditional processing methods often encounter challenges such as low material utilization, insufficient strength, or difficulty in ensuring accuracy. Xinkewei, through its deep research and development in cold forging forming technology, combined with independent design and manufacturing of molds, integrated heat treatment and surface treatment capabilities, has achieved full-process controllability of shaft core products from structural design to mass production. 

"We adopt the multi-station cold forging process, where the metal undergoes plastic deformation through precise molds at room temperature. This not only significantly increases the material utilization rate but also ensures the continuity of the product's fiber structure, thereby achieving superior comprehensive mechanical properties compared to cutting processing." The company's technical director explained. Currently, the company's produced shaft core products have reached the advanced level in key indicators such as dimensional accuracy, concentricity, and surface finish, and can be customized with materials and coating treatment according to customer needs, meeting special requirements such as corrosion resistance and wear resistance in various working conditions. 

With the acceleration of the intelligent manufacturing and industrial lightweighting trends, the market has set higher requirements for lightweight, high-strength, miniaturized and integrated axles. Xinkewei is continuously investing in R&D resources, exploring the application of new materials and simulation-driven design, and further optimizing product performance and production consistency. The aim is to provide more reliable axle core support for strategic fields such as new energy vehicle drive systems, high-end servo motors, and precision optical equipment. 

This progress also indicates the enhancement of the independent innovation capabilities of domestic enterprises in key precision components. It helps reduce the reliance of the high-end manufacturing industry on imported core components, providing a solid industrial foundation component guarantee for the implementation of the "Manufacturing Powerhouse" strategy.