OV625 Digtal Powerful digital high shear homogenizer

OV625 Digtal Digital High Shear Homogenizer - Tengyi Technology

What is homogenization?

Homogenization refers to the process of distributing or spreading matter, such as particles or components, evenly throughout a medium. In laboratory work, homogenization usually involves creating a uniform mixture or distribution of particles within a solution or matrix to ensure uniformity and consistency.

In reality, homogenization can take many forms and generally describes a laboratory application where there is a need to mix, suspend, emulsify, disintegrate and dissolve two or more immiscible phases in a fluid to produce a mixture.

How does homogenization work?

In laboratory homogenizers such as the OV 625 Digital, homogenization is promoted by the mechanical action of high-speed rotating blades (rotor) within a fixed stator.

The instrument generates a shearing effect that breaks up aggregates and disperses the particles evenly in the sample solution. The speed and efficiency of the process contribute to the homogeneity of the final mix and achieving the desired particle fineness.

Processing different fluids requires a variety of rotor-stator and dispersion tool configurations.

What homogenization tools can be used?

Depending on the specific laboratory application, a variety of tools can be used to achieve effective sample dispersion.

The choice of tool depends on factors such as sample type, size and desired dispersion fineness: choosing the right tool is crucial for optimal performance and high reproducibility.

Handling different fluids requires different types of tools. Sometimes it is necessary to use both tools to achieve a specific requirement. Thanks to the turn knob and quick-release system, the spreading tool can be easily replaced and is ready for the next application.

Watch below how to assemble and disassemble and how to easily install it in the OV 625 Digital: