Homogeneous disperser

The design concept of the homogenizer disperser is innovative, with a reasonable and compact structure. It adopts a CNC touch-type stepless speed regulator, making speed adjustment convenient and allowing digital display of the operating speed, thereby enhancing the safety and reliability of the device. The drive motor uses a micro motor with a high-density die-cast aluminum alloy casing, featuring high power, high speed, and safe and reliable operation. The operating status is controlled by an electronic stepless speed regulator, offering convenient speed adjustment. The dispersing and homogenizing working head is made of high-quality stainless steel (for parts in contact with materials), providing excellent corrosion resistance. The working head is connected to the drive motor via a coupling, allowing for flexible and easy disassembly and assembly. It is particularly suitable for liquids in fields such as biology, physics and chemistry, cosmetics, health products, and food.In the fields of liquid mixing, emulsification, dispersion and homogenization of liquid/solid powders, as well as tissue cell maceration and pulping experiments, it is an ideal experimental equipment for scientific research institutions, universities, health and epidemic prevention departments, and product manufacturing for scientific research, product development, quality control, and production process applications.

HomogenizerDisperserThe structure of the working head is unique. It utilizes the rotor, driven at high speed by the motor, to achieve a high rotational linear velocity, generating strong liquid shear forces and intense high-frequency mechanical effects. This forces the experimental fluid material, under the action of immense centrifugal force, to undergo mutual shearing and dispersion between the rotor and stator. The experimental material endures tens of thousands of shearing, tearing, and mixing actions per minute, thereby achieving the effects of dispersion and homogenization. The configuration of working heads in different specifications is designed to meet various experimental requirements.