The small vibrating ultra-fine mill meets GMP design standards, featuring even particle size, high yield, low energy consumption per unit, minimal noise pollution, and good wear resistance. The vibration frequency and intensity are adjustable. It can grind fibrous, high-tensile, high-strength, high-oil, and high-sugar materials down to cell wall-breaking ultrafine powder.

The compact vibratory ultra-fine mill is widely used in clinics, pharmacies, and research institutions for the development of new drugs and experiments. It features short grinding time, excellent grinding effect, and high fineness that can reach the level of cell wall disruption. It can enhance the solubility, disintegration, absorption rate, adhesion, and bioavailability of drugs.

The ultra-fine mill utilizes high-speed impact and shearing forces to compress and tear the material under the action of bidirectional composite forces. The magnitude of the粉碎 force is unaffected by the material's mass, meaning even small quantities of material experience a significant force, greatly reducing the crushing time and enhancing efficiency. Additionally, due to the fluidized state of the material and each particle's uniform force condition, its inherent viscosity allows the finished product to form a uniformly dispersed and precisely compounded micro-particle aggregate, increasing density and bioavailability, thus improving the ultra-fine milling effect and technology.