product description

product description:

  The oscillating granulator can granulate mixed powders and concentrated materials, and can also pulverize block dry materials into desired granules. The rocking granulator is suitable for mass production in pharmaceutical factories, chemical factories, food factories, scientific research units, laboratories, hospitals, and health care products factories. The whole swinging granulator is made of stainless steel and conforms to GMP standards.

Structural features:

  The rocking pellet mill is mainly composed of a feeding hopper, a roller, a screen and a mechanical transmission system. When it works, the mechanical transmission system drives the drum to rotate. There are seven "scrapers" with a trapezoidal cross-section on the drum. The bottom of the drum is close to the screen with the screen clamped by the pipe clamp of the wheel. The agglomerated material is added by the feeding hopper, and the scraper will squeeze and shear the wet material due to the forward and reverse rotation of the drum. Squeeze the material through the screen to granulate.

  When the oscillating granulator is running, the tightness of the feeding and the position of the screen directly affects the quality of the granules produced. When the amount of material added in the hopper is large and the screen is loosely clamped, the number of times the soft material passes through the screen can be increased when the drum rotates, which can make the particles hard.

  The particles produced by the rocking granulator generally have a uniform particle size distribution, which is beneficial to the uniform drying of the wet particles. Its main feature is that the rotation speed of the rotating drum can be adjusted, the screen is easy to load and unload, and its tightness can be adjusted appropriately. The mechanical transmission system is all sealed in the body, and an adjustment system is attached to improve the life of the parts. However, since the granulation process is made by directly pressing the screen mesh by the roller, the frictional force of the material to the extrusion force of the screen mesh is relatively large. Metal contamination is easy to occur when using metal screens, while nylon screens need to be replaced frequently because they are easily damaged, so care should be taken when using them.

technical parameter