Working Principle
Samples fall to the vibrating chute via the feed hopper, By adjusting the vibration frequency, the speed of samples (namely sample feed speed) on the vibrating chute can be changed. Finally, the samples fall to the targetdevice for next step processing.
Application
Engineering/electronics,agricuture, phammaceuticals,chemical/synthetic materials,metallurgical, biological,food.
Samples enter a taper-shaped rotating pipe via the feed hopper of the vibratory feeder. The rotating piperotates at a constant speed; samples move to the channels under the effect of centrifugal force and arecollected into the containers outside the above channels, The samples in all containers have the samephysical and chemical properties.
