This machine is suitable for industries such as pharmaceuticals, chemicals, food, agriculture, building materials, and plastics. It is designed for grinding materials with a Mohs hardness less than 3, brittle and elastic materials, and crystalline materials with high water content and fibrous materials. Materials such as medicinal herbs, dyes, pigments, food additives, and plastic auxiliaries can achieve satisfactory grinding effects.

The main technical feature of this machine is the use of dynamic pressure generated by the grinding blades to quickly expel the product from the chamber. During grinding, a cushion of air is formed inside the machine housing, reducing the resistance to material discharge. It can also be connected to the exhaust duct of the recovery system and can be linked to an automatic or pulse-type dust collector. The main purpose is to prevent dust from flying and reduce material loss, facilitating recovery and reuse, and reducing environmental pollution, in compliance with GMP standards. The working principle of this machine is based on the impact between the grinding teeth and the moving parts, and also utilizes the vortex airflow generated by the blade to enhance the grinding of the material. The rotation of the turbine blades generates a large amount of airflow, which can handle temperature-sensitive materials.