Compared with other beneficiation methods, the reselection shaker has the advantages of large processing capacity, wide particle size range, simple equipment structure, no consumption of valuable production materials, low operating costs, and no pollution. Therefore, it is widely used in the beneficiation of tungsten and tin ores. It is also widely used in the selection of ferrous metals (iron, manganese, chromium), rare metals (tantalum, niobium, thorium, zirconium, titanium, etc.), and precious metal ores.

The re-election shaker is also the main method for coal beneficiation. The re-election shaker is also used to select non-metallic minerals such as coal bearing pyrite, apatite, diamond, asbestos, etc. For non-ferrous metal ores (copper, lead, zinc, etc.) that are mainly treated by flotation, heavy medium beneficiation can also be used to remove coarse gangue or surrounding rocks in advance to achieve preliminary enrichment. The classification, dehydration and other operations related to re-election are almost indispensable in all beneficiation plants.