Vibrating Feeder

JXSC vibrating feeder is a heavy-duty feeder which uses the vibration and gravity to push the material forward. The vibratory feeder can transport the large stone materials uniformly, regularly and continuously to rock crusher machine from the hopper. Our equipment is an ideal vibrating feeder for feeding rock aggregates, coal, ore, crushed stone. The grizzly feeders are widely used in metallurgy, coal mining, mineral processing, building materials, chemicals, abrasives, and other industries in the crushing, screening and joint equipment. Uses in the mining industry are generally. We have grizzly and DN the two series.

Vibrating Feeder Benefit

Parts: Plates, spring, frame, bearing, gear, motor, vibrating exciter, screen bar

Advantages of JXSC vibratory feeders
1. Small volume, lightweight, simple structure.
2. Easy to install, repair, low operation cost.
3. High efficiency, good feeding capacity.
4. Low noise, low power consumption, high power factor.
5. Stable vibration, even feeding, long service life.

The handling capacity of our vibrating feeding equipment is 30tph to 1000tph. And we also can customize according to your demand.

Types: apron feeder, vibratory bowl feeder, screw feeder, rotary feeder, belt feeder, magnetic feeder, electromagnetic vibrating feeder, trough feeder, etc.

Vibratory Feeder Working Principle

Vibrating feeder uses the centrifugal force generated by the rotation of the eccentric block in the vibrator. Then the movable parts(such as screen block, vibrator) move continuously approximately in a circle. The materials move forward under the effect of vibration, which can achieve the purpose of feeding.

The feeding trough body, the vibration exciter, the spring support, and the transmission device constitute the vibratory feeder machine. The vibration source of tank vibration feeding is a vibration exciter, which is composed of two eccentric shafts (main and passive) and gear. The motor drives the driving shaft through the triangle belt, the gear on the driving shaft is meshed with the passive shaft to rotate. The active shaft and the passive shaft rotate in the opposite direction at the same time. Then the groove vibrates and makes the material flow continuously, thus achieving the goal of conveying the material.