As core equipment in modern mining and construction, mobile crushing stations achieve full-process integration of material handling through modular design. Its core structure consists of five functional systems: the feeding system, as the starting point of the operation, uses a vibrating feeder or plate conveyor to achieve uniform supply of raw materials, ensuring stable operation of the crusher; the crushing system, as the core module, is usually equipped with a jaw, impact, or cone crusher to complete multi-stage crushing of materials, converting large raw materials into crushed materials that meet particle size requirements; the screening system uses multi-layer vibrating screens to accurately classify the crushed materials to ensure uniform particle size of the finished product; the conveying system connects each module through a belt conveyor or folding conveyor device to achieve continuous material transportation; the chassis system is divided into two types: tire-type and crawler-type. The former is flexible and suitable for flat sites, while the latter is fully hydraulically driven and can adapt to complex terrain such as mountains and wetlands, supporting rapid transfer and on-site operations. In addition, the entire station also integrates an intelligent control system and auxiliary equipment, such as power modules and lubrication devices, to achieve remote monitoring and automatic adjustment, significantly improving operational efficiency and adaptability. This integrated design makes the mobile crushing station an efficient solution for scenarios such as mining and construction waste treatment.