In fields such as construction machinery, aerospace, and electronic equipment, the precision, strength, and adaptability of mechanical metal components directly determine the overall performance of the equipment. The mechanical metal component machining solution takes "precision intelligent manufacturing as the core and full-scenario adaptation as the goal", integrating multi-process technologies and customized services. It solves pain points of traditional machining such as insufficient precision and poor scenario adaptability, providing efficient and reliable machining support for equipment production in various industries.

Automotive component manufacturing has extremely high requirements for product precision, production efficiency, and cost control. With the dual advantages of "high-precision molding and high-efficiency production", zinc alloy die casting processing has become a core processing method for lightweight automotive components (such as gearbox housings, motor end caps, and sensor enclosures), perfectly adapting to the large-scale and high-standardization needs of automotive manufacturing.

Aluminum alloy die casting is a systematic industrial process that requires the coordination of six core stages to transform metal raw materials into precision components. Strict parameter control is essential at each step to ensure product quality.

Aluminum alloy die castings are widely used in automotive, electronics, home appliance and other fields due to their advantages of light weight and high strength. However, after die casting, the surface is prone to problems such as pores and oxide layers, so surface treatment is required to improve performance and appearance. The following are five mainstream surface treatment processes:

Aluminum alloy die casting stands out for its unique advantages in modern manufacturing, with its core characteristics primarily manifested in the following aspects: