The material is sucked in and pressurized by a plunger pump, and under the action of the plunger, it enters a valve group with adjustable pressure. After passing through a specific width of flow limiting gap (working area), the material that immediately loses pressure is sprayed out at a very high flow rate (1000 to 1500 meters/second), colliding with one of the valve components on the collision ring, resulting in three effects: impact effect, shear effect, and cavitation effect, which homogenize, disperse, emulsify, and nano particles of the material.It is widely used in dairy , drinks, food, chemicals, cosmetics, pharmaceutical, coatings, nano cellulose, etc.Provide customization.

The material is sucked in and pressurized by a plunger pump, and under the action of the plunger, it enters a valve group with adjustable pressure. After passing through a specific width of flow limiting gap (working area), the material that immediately loses pressure is sprayed out at a very high flow rate (1000 to 1500 meters/second), colliding with one of the valve components on the collision ring, resulting in three effects: impact effect, shear effect, and cavitation effect, which homogenize, disperse, emulsify, and nano particles of the material.Desktop design, suitable for use in research and development, universities, and other laboratories.

The protein purification system is an instrument for separating and purifying different proteins based on their inherent similarity and difference.The principle is to use the similarity of various proteins to remove the pollution of non-protein substances, and use the difference of proteins topurify the target protein from other proteins .Multi-modular selection of hardware and software, fast and easy customization of configuration,so as to maximize the customer's experimental needs.

The micro purification liquid chromatography system is designed for the application of micro liquid chromatography. It is suitable for the complete solution of small sample volume and micro preparation grade chromatographic column.The target molecule can be purified reliably and repeatedly from a very small amount of starting samples, such as complete proteins, protein complexes and nucleic acids.