In the field of mineral processing, the efficiency and accuracy of equipment are of crucial importance. The multi-layer multi-control shaking table launched by Jiangxi Mingxin Metallurgical Equipment Co., Ltd. has become a preferred choice for many mineral processing enterprises due to its unique design and excellent performance.

Innovative Design for Enhanced Efficiency

This multi-layer multi-control shaking table features an ingenious design. By adding a lower beam, an upper beam, and vertical columns, an upper shaking table surface is added. Meanwhile, slope adjusters are respectively installed under the lower and upper table surfaces, enabling independent adjustment of the inclination angles of the two layers of table surfaces. This design allows flexible adjustment of the table surface slope according to the different characteristics of ore pulp or materials, so as to achieve the optimal separation effect. In addition, table surface connectors are installed on the upper and lower table surfaces respectively to ensure the vertical installation of the supporting plates, which guarantees the stable operation of the equipment and reduces power consumption.

Space-saving and Cost-reducing

The multi-layer multi-control shaking table makes full use of space and significantly saves the equipment floor area compared with the traditional single-layer shaking table. This advantage is particularly prominent for mineral processing plants with limited site space. At the same time, one table head drives the operation of multiple layers of table surfaces, which effectively saves power resources, reduces long-term operation costs, and improves economic benefits.

Wide Application and Strong Adaptability

This shaking table is suitable for the separation of various ores, such as non-ferrous and precious metal ores like tungsten, tin, tantalum, niobium, iron, and manganese. It can also be used for separating iron ores, manganese ores, and coal. Whether it is roughing, cleaning, or scavenging operations, or handling materials of different particle sizes such as coarse sand, fine sand, or slime, it can handle them with ease, demonstrating strong adaptability and excellent separation capability, and providing reliable production support for mineral processing enterprises.