The feeding equipment is used to evenly and continuously feed ore or stone into the crusher, avoiding blockage or overload. It uses an exciter to generate high-frequency vibration, achieving smooth material transportation, and can pre screen fine materials to reduce the ineffective load of the crusher. The structure is sturdy, impact resistant, and suitable for harsh working conditions. It is a key supporting device for crushing production lines in industries such as sand and gravel and mining.

Screening equipment is used to classify the particle size of crushed materials, ensuring uniform particle size of the finished product. By driving the sieve box with an exciter, high-frequency vibration is generated, and materials are separated by size on the sieve surface. Qualified products are sieved out, while unqualified products are returned for further crushing. The equipment has a compact structure, high screening efficiency, large processing capacity, and can be configured with multiple layers of screens to achieve multi-level classification. It is widely used in closed-loop systems in mining, sand and gravel fields, and building materials industries.

The crushing equipment is responsible for crushing large pieces of ore or stone to the required particle size. Through the principles of extrusion, impact, or lamination, strong crushing of materials is achieved, which has the characteristics of strong structure, high crushing ratio, and high processing capacity. The equipment can adapt to high hardness and high abrasion rocks, and is widely used in mining, construction, and metallurgical industries. It is the core link of sand and gravel aggregate production lines.

Recycling equipment is used to recover fine particulate materials lost during sand washing or screening processes, achieving maximum resource utilization. By combining cyclones with dewatering screens, fine sand in wastewater is effectively separated, dewatered, and recovered, reducing tailings discharge while improving the grading and quality of finished sand. This equipment has the advantages of high recovery rate, low operating cost, and significant environmental benefits, and is an indispensable link in modern green mines and mechanism sand production lines.