Vibration screener machine is a crank connecting rod mechanism as a transmission component. The motor drives the eccentric shaft to rotate through the belt and pulley, and makes the body reciprocate along a certain direction by the connecting rod. The moving direction of the machine body is perpendicular to the center line of the supporting rod or suspension rod. Due to the swing movement of the body, the materials on the screen surface move to the discharge end at a certain speed, and the materials are screened at the same time.
The motor is transmitted to the vibrator drive shaft and the gear vibrator (speed ratio is 1). The three axes rotate at the same speed and produce the vibration force. The vibration exciter is connected with the sieve box through high strength bolts to produce elliptical motion. The material is carried out at high speed elliptical motion on the sieving machine. The material is quickly layered and moved forward through screen mesh, and finally the material is classified.
Vibration screener machine has the advantages of low speed, stable operation and good dynamic balance. However, the mesh is easy to block, the screening efficiency is low, the working area is small and the productivity is low.