In the field of mineral processing and material separation, the dual optimization of efficiency and space is the core production demand. The multi-layer multi-control shaking table has become the preferred gravity separation equipment with the core advantages of layered independent control and intensive design, and is widely suitable for roughing, cleaning and scavenging operations in various scenarios such as mineral processing and waste metal recycling.
Adopting a vertical superposition layout of multi-layer table surfaces and a unified bed frame design, the multi-layer multi-control shaking table greatly saves floor space, and its processing capacity per unit area is significantly higher than that of single-layer shaking tables, meeting the site requirements of large-scale production. Equipped with an independent control system, each layer of the table surface can flexibly adjust the stroke, frequency and horizontal inclination according to the particle size and density of materials, and can process materials of different particle sizes such as coarse sand, fine sand and slime at the same time to realize synchronous separation of multi-specification materials. There is no need to configure multiple separate devices, effectively reducing production investment.
In terms of core structure, the shaking table adopts an inertial head design with self-balanced vertical component force and no vertical jump during operation. Combined with a suspended structure, it features low friction power consumption, energy saving and shock absorption, without the need for a heavy foundation, enabling flexible and convenient installation and commissioning. The table surface is made of FRP with a wear-resistant coating, having the characteristics of water resistance, corrosion resistance and anti-cracking, small deformation and low maintenance frequency, which prolongs the service life of the equipment. At the same time, the equipment is equipped with a frequency converter, which can quickly adapt to the separation requirements of different materials. Effective separation of concentrate and tailings can be achieved with a single separation. It can realize stable separation effects in the beneficiation of precious and rare metals such as gold, tungsten, tin, tantalum and niobium, as well as in scenarios such as metal enrichment of waste circuit boards and iron powder recovery from slag, improving the resource recovery rate.
From operating cost and separation efficiency to site adaptability and scenario expansion, the multi-layer multi-control shaking table realizes cost reduction and efficiency improvement of separation operations with the core characteristics of multi-layer layout, independent control, stability and durability. It provides an efficient and environmentally friendly gravity separation solution for industries such as mining and waste material recycling, and is a practical and economical core equipment in industrial production.
