Vibrating Feeder

Details of Vibrating Feeder

Vibrating Feeder is also called Vibratory feeder and is designed and built to withstand the toughest work in a quarry or mine by matching different applications; this vibrating feeder series is designed particularly for continuous use with any hard and abrasive materials through uniform flow. Vibrating feeder works to continuously and evenly feed lump, particle and powdered materials from hopper to belt conveyer, bucket elevator, screens and crushing machines, etc. Steeples regulation is available for our vibrating feeder to automatically and centrally control the feeding volume.

China vibrating feeder is manufactured on the theory of vibration, which is widely used in mining, construction materials, silicate and chemical industry. The feed grizzly can provide ores and rocks within 500mm for the next working procedure.

The machine vibrating grizzly feeder can send shaped and granule materials into receiving equipment evenly, timely and continuously. It can feed the crusher continuously and classify the material primarily in sand making and stone crushing line. It is widely used as crushing and screening in the industry of metallurgy, building material, chemical industry, coal mining and abrasive material.

Vibrating Feeder Benefits

1) Simple and dependable eccentric type system.

2) High screening capacity.

3) High durability.

4) No transmission of screen panels.

5) Ready changing of screen plates.

6) Rigid and vibrating resistance screen body.

Operation Principles & Structure Characteristics of Vibrating Feeder

The ore vibrating feeder consists of vibrating frame, spring, vibrator, motor vibrating device and motor. The vibrator is made of two fixed eccentric shafts whose gears are jogged. When installation, the two gears must be jogged according to the sign. Through drive of the motor, the two eccentric shafts start rotating to produce a linear huge power which forces the feeder to vibrate. Through vibration, the materials will slip and sling on the funnel, moving forward, and when the materials pass the screening part, smaller parts will fall down, thus avoiding the further crushing, and therefore, screening purpose can be reached.