Cattle spleen crushing, pulping, and colloid mill

Cow Spleen Extract Injection Colloidal Mill, Cow Spleen Colloidal Mill, Jilin Aodong Cow Spleen Extract Injection Colloidal Mill, Pharmaceutical Colloidal Mill, Peptide Colloidal Mill, Ribose Colloidal MillyesThe motor drives the rotating teeth (also known as the rotor) to rotate at high speed relative to the matching fixed teeth (also known as the stator) through a belt drive. The processed material is pressurized by its own weight or external pressure (which can be generated by a pump) to produce a downward spiral impact force. Through the adjustable gap between the fixed and rotating teeth, it is subjected to strong physical effects such as shear force, friction force, and high-frequency vibration, effectively emulsifying, dispersing, and crushing the material, achieving the effect of ultrafine crushing and emulsification of the material. How to ensure an increase in extraction rate.

workmanship

Pre treat fresh spleens and add pre cooled heat removal solution in proportion. Treat spleen tissue with a high-speed homogenizer to crush cells; Obtain the supernatant from high-speed freeze centrifugation and filter it with a filter press; The filtrate is subjected to graded ultrafiltration using ultrafiltration machines of different specifications according to the requirements of different dosage forms of transfer factors to be prepared. According to the needs of producing products with different specifications, nanofiltration technology is used to concentrate the ultrafiltration solution, then freeze dry or spray dry it, and then add molding agents, excipients, etc. * to make enteric coated capsules.

According to the special requirements of some industries, SID has developed an XMD2000 high-speed colloid mill based on the XM2000 series colloid mill, with a rotor linear speed of up to 40M/S. The grinding dispersion effect is better, and the distribution of grinding particle size is smaller.

The refining effect of ultra high speed colloid mill is generally stronger than that of homogenizer, but it has strong adaptability to materials (such as high viscosity and large particles), so it is used in many situations with high viscosity. Colloidal mills are often used for refinement when there are many solid substances.

The linear speed of XMD2000 is very high, and the shear gap is very small. Therefore, when the material passes through, the frictional force formed is relatively intense, resulting in what is commonly known as wet grinding. The fixed rotor is made into a circular cone shape, with three-level sawtooth protrusions and grooves with increasing precision. The stator can be infinitely adjusted to the desired distance between it and the rotor. Under enhanced fluid turbulence, grooves can change direction at each stage. High quality surface polishing and structural materials can meet various requirements of different industries.

A grinding rotor with a three-level misaligned tooth structure, matched with a precise stator cavity. This high-speed colloid mill has a speed that is more than three times faster than ordinary horizontal colloid mills, and the maximum speed can reach 14000 RPM. So it can achieve better dispersion wet grinding effect.
Grinding and dispersing machine is a high-tech product composed of colloid grinding and dispersing machines.

The first level consists of three-level sawtooth protrusions and grooves with increasing precision. The stator can be infinitely adjusted to the desired distance between the rotors. Under enhanced fluid turbulence. The groove can change direction at each level.
The second stage is composed of a stator. The design of the dispersing head also effectively meets the needs of substances with different viscosities and particle sizes. The difference in the design of the stator and rotor (emulsifying head) between online and batch machines is mainly due to the requirements for conveying performance. It is particularly important to note that the difference between coarse precision, medium precision, fine precision, and other types of working heads is not only the arrangement of specified rotor teeth, but also an important difference in the geometric characteristics of different working heads. The width of the slot and other geometric features can alter the different functions of the stator and rotor working heads.

The following is a model table for reference:

Cattle spleen crushing, pulping, and colloid mill