During the ultra-fine pulverization process of traditional Chinese medicinal herbs with the stainless steel pulverizer (RXT75), it can be controlled to avoid overheating and can even be conducted at low temperatures. The high pulverization speed helps to preserve heat-sensitive bioactive components and various nutrients, thereby enhancing medicinal efficacy.

For example, pearls: Traditional processing methods can destroy some of their components, but ultra-fine pulverization under low-temperature conditions can retain the effective components more completely, enhancing their anti-aging effects. Ganoderma lucidum (Reishi) contains rich amino acids and trace elements, and has functions such as activating immune response, anti-tumor, and anti-thrombotic effects.

After ultra-fine pulverization, the therapeutic effects are more fully realized. The ultra-fine pulverizer for traditional Chinese medicine demonstrates its irreplaceable charm in the field of medicinal materials, meeting the new development needs of the pharmaceutical machinery industry.

Typically, human cell sizes range from 10-100 μm, while the particle size of ultra-fine powders for traditional Chinese medicine is 3-5 μm. The cell size of medicinal materials (plants and animals) is about 10-100 μm. The particle size of commonly used traditional medicine powders is 150-180 μm. Active components in medicinal materials are usually distributed inside the cells and in the intercellular matrix, with a focus on the intracellular components. Conventional pulverization methods often result in particles composed of several or dozens of cells, with a very low cell wall disruption rate.

The ultra-fine pulverizer for traditional Chinese medicine is of significant importance, but it also faces challenges during the ultra-fine pulverization process. A key issue is the successful disruption of cell walls; otherwise, it cannot be considered a true cell-wall-breaking ultra-fine pulverizer.

The technology of the ultra-fine pulverizer for traditional Chinese medicine is a national high-tech industrialization demonstration project. It can be widely applied in the production of solid dosage forms such as granules, capsules, tablets, and films. Introducing ultra-fine pulverization technology into certain stages of the preparation process can improve the quality of medicines and health supplements in terms of solubility, disintegration, absorption rate, adhesion, and bioavailability. Cell wall disruption technology is a revolutionary processing technology for clinical applications of traditional Chinese medicine, leading to qualitative changes in the release of medicinal efficacy, properties, and therapeutic effects.