Working principle

The machine utilizes the high-speed relative motion between the rotor and the screen to efficiently process agglomerated materials. Under the compressive action of the rotor, the material is rapidly forced through the screen openings to form uniform granules, which are discharged instantly. This process generates minimal heat, ensuring high efficiency, excellent granule quality, and consistent product performance.

Equipped with a variable-frequency drive (VFD), the machine offers a wide range of adjustable rotor speeds to accommodate different process requirements. The bottom-drive design ensures smooth material feeding and stable operation, making it ideal for pharmaceutical, food, and other powder-processing applications.

Features

• Optional lifting mechanism enables closed and dust-free docking with a wet granulator.

• Modular design allows both wet and dry granulation by simply changing the granulating blades and screen.

• Optional metering feeder improves particle size consistency and process stability.

• Optional closed material container minimizes dust leakage and enhances workplace safety.

• Three types of granulating blades are available to accommodate materials with different characteristics and processing requirements.

• Screens with apertures as small as Ø0.4 mm feature a high open-area ratio and dead-angle-free design for efficient granulation.

• Produces fine and uniform granules with high material throughput, effectively reducing heat generation during processing and facilitating easy cleaning.

• High-precision screen apertures and accurately controlled clearance between the granulating blade and screen ensure precise control of particle size distribution.

• The proprietary right-angle transmission system and shaft sealing technology significantly reduce the risk of product contamination.

• The entire product-contact chamber features smooth, seamless transitions without dead corners, ensuring smooth material flow, minimal residue, and high product yield.

Technical parameter