The working principle of the swing granulator is to use an electric motor to drive the reducer, causing the mesh in the granulation chamber to move back and forth. After entering the granulation chamber from the feed inlet, the material gradually solidifies and forms particles as the sieve swings and compresses. By adjusting the aperture and swing amplitude of the sieve, the size and shape of the particles can be precisely controlled to meet the production requirements of different products.
In addition, the working principle of the swing granulator also includes achieving granulation through pressure and friction. After the material enters the granulation chamber through the regulating valve, the granulation head compresses the material and filters out the unqualified particles through the sieve, forming granular products, which are then discharged outside the machine through the discharge port.
The structural composition of the swing granulator mainly includes the feed inlet, screen mesh, granulation chamber, electric motor, reducer, and frame. The feeding port is used for feeding materials, the sieve is responsible for screening and granulation of materials, and the granulation room is the main place for granulation of materials. Electric motors and reducers serve as power sources to drive the sieve mesh to perform reciprocating motion. The rack is used to support the entire equipment and ensure its stable operation.
Due to its high efficiency, energy saving, and environmental friendliness, swing pellet machines have been widely used in fields such as pharmaceuticals, food, and chemical engineering.