Details Introduction

Product Introduction

This machine can effectively pulverize any fibrous, high-toughness, high-hardness, or material with a certain moisture content. It is especially suitable for cell wall breaking of traditional Chinese medicine and other materials that require pulverization to improve the bioavailability of drugs and materials that cannot achieve the required fineness using conventional methods.

Traditional Chinese medicine cell wall breaking processing (designed and manufactured in accordance with national "GMP" requirements, this machine features stable technology, low power consumption and high efficiency, beautiful appearance, flexible use, simple operation, small footprint and wide range of applications).

This unit is particularly suitable for pulverizing cell wall-breaking materials such as traditional Chinese medicine. It can pulverize minerals, plants, fruits, and traditional Chinese medicines (including Ganoderma lucidum, spore powder, mugwort, cordyceps, deer antler, deer antler velvet, ginseng, pearl, gastrodia elata, licorice, placenta, pollen, cattail pollen, ox horn, antelope horn, rose, jasmine, safflower, honeysuckle, animal products, plant products, traditional Chinese medicine materials, and fiber products.

Product Uses

This machine can effectively pulverize any fibrous, high-toughness, high-hardness, or moisture-containing materials, and is particularly suitable for cell wall disruption of traditional Chinese medicine, aiming to improve the bioavailability of drugs and pulverizing materials for which conventional methods cannot achieve the required fineness. This machine is suitable for the ultra-fine pulverization of fibrous materials in various industries such as pharmaceuticals, chemicals, and food, such as Ganoderma lucidum, licorice, shrimp shells, various bones, and plant fibers, achieving a pulverization fineness down to the micron level. Currently, this machine has reached the international advanced level.

Features

① Designed according to GMP requirements: Good hygiene condition, with polished stainless steel (304, 316L) in contact with materials, meeting the hygiene requirements of food and pharmaceuticals; easy to assemble, disassemble and change materials; can be cleaned and disinfected by water, compressed air, alcohol or steam; equipped with a soundproof cover to reduce production noise.

② Applicable to grinding requirements with a center particle size of 150-2000 mesh

③ For materials such as pollen and Ganoderma lucidum spore powder that require cell wall breaking, the cell wall breaking rate can be higher than 98%;

④ It is adaptable to any fibrous, high-hardness, or material with a certain moisture content (3-5%);

⑤ The pulverization process is completely enclosed with no dust overflow, achieving 100% pulverization with no residue, ensuring no loss or segregation of effective ingredients.

Technical parameters

Working principle

Mechanical ultrafine pulverizing equipment is a new type of vibrating pulverizer. Based on the different characteristics of materials, it employs multiple advanced technologies and utilizes high-speed impact and shearing forces to subject the material to high-acceleration impact, abrasion, compression, and cutting within the grinding drum, achieving ideal pulverization results in a very short time. During the pulverization process, the material becomes fluidized, ensuring that each particle experiences the same force, achieving precise mixing (dispersion) simultaneously with pulverization. By adjusting parameters such as acceleration, it can be used for operations aimed at pulverization and grinding or precise mixing (blending).

This equipment employs the working principle of vibration pulverization. A certain amount of grinding media, such as balls, rods, or cylinders of hard material, is filled into the grinding cylinder (pulverizing chamber). Under the action of an external excitation force, the grinding cylinder generates clockwise and counterclockwise circular vibrations. The strong vibration of the grinding cylinder causes the media inside the cylinder to produce a throwing motion. Under the action of this throwing motion, each media generates a rotational motion in the same direction as the circular vibration. At the same time, the media group also generates a low-frequency revolution motion in the opposite direction of the circular vibration, which is 3-5 revolutions. As a result, the media sometimes disperse and sometimes collide with each other, generating a positive impact force and a lateral shear force on the material. Under the impact, compression, and shearing action of these two forces, the material is ground and pulverized.