JCWF-6A Mini Ultra-Fine Mill

Technical Specifications of JCWF-6A Ultra-Fine Pulverizer Equipment:

The JCWF-6A ultra-fine mill equipment is not only used for small-scale trial production of traditional Chinese medicine but also for the research and development of new drugs and experiments in clinics, pharmacies, and research institutions of universities and research organizations. The低温粉碎 method makes it easier to grind drugs that soften or become sticky after heating. Low-temperature ultra-fine grinding of herbs containing aromatic and volatile components can prevent the loss of active ingredients. It is conducive to retaining the biological active components of the powder, increasing the active ingredients several times, ensuring the color, quality, and composition of the material, and facilitating the production of high-quality products as required. The application of low-temperature ultra-fine grinding in university laboratory settings avoids deformation of experimental samples and volatilization of active ingredients, resulting in more accurate and representative analytical results.

The JCWF-6A ultra-fine mill features the following crushing characteristics:
1. High crushing strength and efficiency: With a high medium filling rate, it utilizes high-frequency vibration, impact shearing, friction, and extrusion to crush particles, achieving a finished product with an average particle size below 2-3 micrometers. Reduces production cycle and improves work efficiency.
2. Uniform Fineness of Pulverization: The force distribution on the raw materials by the vibration mill is quite even, preventing over-pulverization. The obtained ultra-fine powder has a uniform particle size distribution, neat appearance, and significantly increases the specific surface area of the micronized powder, thereby enhancing its adsorption and solubility properties.
3. Low-Temperature Grinding: Equipped with a cooling closed-loop system and refrigeration system, the mill grinds at low temperatures, offering fast processing with immediate completion. The grinding process avoids overheating, which is beneficial for preserving the biological active components of the powder, ensuring the production of high-quality products as required.
4. Full-enclosed Pulverization: The equipment operates in a fully enclosed system, where ultra-fine pulverization of materials is carried out under sealed and purified conditions, ensuring high purity and preventing component segregation and loss. Effectively prevents dust issues generated during the production process of the pulverizer, efficiently utilizes resources, and avoids waste.
5. Non-graded Pulverization: Utilizes a one-time, non-graded pulverization method, where materials are instantly crushed upon impact. Achieves powder form in a single step, featuring advanced technology and process. It achieves precise blending (dispersion and emulsification) during the crushing process, and is simple to operate. Prepared using a physical method, it does not undergo chemical reactions, preserving the original chemical properties of the material.
6. GMP Design: Technical standards are followed, adhering to food and pharmaceutical production standards, with equipment quality meeting GMP technical requirements.
7. Energy-saving and Environmental Protection: Ultra-fine powder maximizes the use of raw materials, efficiently utilizes resources, and reduces costs. The crushing machine is equipped with a composite sound-insulating hood, reducing noise pollution. The fully enclosed crushing process is dust-free and pollution-free, meeting environmental protection requirements.
8. Intelligent Operating System: Equipped with an intelligent operating system, the smart electrical components effectively link individual crushing machines, enhancing production efficiency and unleashing the inherent potential of the machinery itself.
9. Precision Mixing: Capable of micro-composite and coating for two or more materials, suitable for liquid-grain and grain-grain interfaces, strong emulsification, prevents material from separating quickly, and achieves high solid content with strong homogenization.
10. Broad Applications: Ultra-fine powder technology is widely used in various fields, including food, chemicals, cosmetics, agriculture, dyes, coatings, electronics, and aerospace.