In the market, there is a wide variety of traditional Chinese medicine powder machines, with ultra-fine and ultra-micronized powders gaining increasing popularity. The ultra-micronization equipment for traditional Chinese medicine has become a hot-selling mill. In the process of preparing micro-powders, ultra-micronization of materials with toughness,粘性, thermal sensitivity, and fibrous properties has always been a difficult and key issue in production research. In recent years, with technological advancements, a new ultra-micronization method has emerged: low-temperature ultra-micronization. The Juncheng traditional Chinese medicine ultra-fine powder machine is a type of low-temperature ultra-micronization mill, equipped with a refrigeration system. It operates at low temperatures, avoiding overheating during the grinding process, making it easier to powder drugs that soften or become sticky upon heating. Low-temperature grinding is beneficial for preserving the biological active components of the powder, facilitating the production of high-quality products as required.

The ease of drug pulverization primarily depends on the substance's structure and properties, but it is also closely related to the magnitude of external force. The external forces applied by various pulverizing machines to the substance being pulverized include the following types: cutting, squeezing, grinding, impacting, splitting, tearing, and filing, etc. Selecting different types of pulverizing machines with external forces based on the drug's properties is necessary to achieve the desired pulverization effect.
When粉碎 drugs, pay attention to the following points: Ensure the equipment material meets the requirements for drug production; Check if the equipment's processing capacity and output match; The processing of herbs requires strict control over particle size and environmental hygiene, ensuring the equipment complies with GMP standards; For drugs with high tensile strength,粘性, oiliness, volatility, and heat sensitivity, as well as flammable and explosive materials, the temperature control in the粉碎 machine must be strict, and a refrigeration system should be in place; Select the appropriate equipment model based on the site conditions; Handle vibration and noise to meet environmental protection requirements; Choose a粉碎 machine based on the properties of the material to be crushed, the required particle size of the product, and the crushing method used by the粉碎 equipment.
Chun Cheng ultra-fine grinding technology features:
High crushing power and efficiency, shortening production cycle, and improving work efficiency.
2. Particle size is controlled below 10μm, featuring fine particle size, even distribution, neat appearance, high quality, and ease of application.
3. Equipped with a refrigeration system, the crushing process does not overheat, which is beneficial for retaining the biological active components of the powder particles. It preserves the freshness of heat-sensitive and aromatic materials, significantly enhancing the effective activity of the formulation. It can also process materials with high fiber content, elasticity, and viscosity to an ideal extent, improving the dissolution rate of the active ingredients, facilitating absorption.
4. Achieves uniform distribution of active components in traditional Chinese medicine, enabling precise mixing. It is capable of micro-complexing and coating two or more materials. Suitable for liquid-granule and granule-granule interfaces; strong emulsification to prevent immediate separation of materials; high solid content with strong homogenization.
5. Enhance the dissolution rate and dissolution yield of the active ingredients in the drug, increase absorption rate, improve bioavailability, and optimize the tabletting and granulation properties of traditional Chinese medicine. It offers a pleasant taste and ease of use.
6. Compliant with GMP standards, featuring a certain sterilization effect, minimal contamination, and improved product hygiene level.
7. Ultra-fine powder ensures full utilization of raw materials, efficient resource use, and cost reduction.
8. A technique for optimizing adaptation based on the different characteristics of materials, while ensuring an enhanced efficiency and effectiveness in micronization.