1. It has a high rich ore ratio and high sorting efficiency.
2. The lateral slope adjustment range is extensive (0-10°), the stroke is adjustable, and it is easy to manage.
3. It can maintain smooth operation and stable performance when changing the lateral slope and stroke.
4. Concentrate and waste tailings can be obtained by one separation.
5. Simple structure, no chemical consumption, low power consumption, suitable for various working environments.
6.  The feed particle size range is wide, and bed surfaces of different specifications can be prepared.
7. The finished products can be separated by dividing boards according to the needs, and then received separately, and various materials can be obtained.

The longitudinal reciprocating motion of the table surface of the shaking table is realized by the crank-link transmission mechanism. The motor drives the crankshaft to rotate through the belt drive, and the rocker moves up and down accordingly. The bed strips or carved grooves on the bed are longitudinal and nearly perpendicular to the direction of water flow, and eddy currents are formed in the grooves when the water flows horizontally. The combined effect of eddy current and bed surface shaking makes the ore sand layer loose and stratified. The ore is fan-shaped on the bed and discharged along the edge of the bed. The heavy minerals are biased towards the concentrate discharge end of the shaking table, the light minerals are biased towards the tailings side.