**Product Introduction:**

The oscillating granulator can process mixed powdered materials into granules, and also crush dry block materials into the desired granules. It is suitable for batch production in pharmaceutical factories, chemical plants, food factories, research institutions, laboratories, hospitals, and health product manufacturers. The entire machine is made of high-quality stainless steel, complying with GMP standards.

Product Details:

Scope of Application: The oscillating granulator can granulate mixed powdered materials or crush dry block materials into desired granules. It is suitable for batch production in pharmaceutical factories, chemical plants, food factories, research institutions, laboratories, hospitals, and health product manufacturers. The entire machine is made of high-quality stainless steel, complying with GMP standards.

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The oscillating granulator is mainly composed of a feed hopper, rollers, a screen mesh, and a mechanical transmission system. During operation, the mechanical transmission system drives the drum to rotate. The drum is equipped with seven "scrapers" with trapezoidal cross-sections, and beneath the drum, a screen mesh is tightly secured by a wheel-operated pipe clamp. Lumpy materials are fed through the feed hopper. As the drum rotates in both forward and reverse directions, the scrapers exert compression and shearing forces on the wet material, forcing it through the screen mesh to form granules.

When the oscillating granulator is in operation, the amount of material added and the tightness of the screen position directly affect the quality of the granules produced. If a large amount of material is added to the hopper and the screen is relatively loose, the rotation of the drum increases the number of times the wet mass passes through the screen, resulting in harder granules.

The granules produced by the oscillating granulator generally have a uniform particle size distribution, which facilitates the even drying of wet granules. Its main features include adjustable rotational speed of the rotating drum, easy installation and removal of the sieve mesh, and the ability to appropriately adjust its tightness. The mechanical transmission system is fully enclosed within the machine body and is equipped with an adjustment system, enhancing the lifespan of the components. However, since the granulation process involves the drum directly pressing the material through the sieve mesh, both the compressive force and friction exerted by the material on the sieve mesh are relatively high. When using a metal sieve mesh, metal contamination of the formulation can easily occur, while nylon sieve meshes, due to their susceptibility to damage, require frequent replacement. These factors should be taken into consideration during use.