DFJ series high-speed dispersion homogenizer is suitable for experimental fields such as pharmaceutical industry, gene research, tissue crushing and cell plasticization, pathological analysis, dairy homogenization, polymerization reaction, etc. It is an experimental equipment for further dispersing and homogenizing the crushed experimental materials in liquid medium. The product design concept is novel and the manufacturing process is advanced. The drive motor adopts a series micro-motor with high power and high speed and compact structure, which is safe and reliable to run; the running state control adopts an electronic stepless speed regulator. The speed regulation is convenient to disperse and homogenize. The working head is refined with high-quality stainless steel (the part in contact with the material), and has good corrosion resistance. The working head is connected with the drive motor by a connector, and the disassembly and assembly are simple and flexible.
The operation controller of the digital display high-speed dispersion homogenizer applies numerical control technology and digitally displays the operation status function to provide a guarantee for the collection of experimental data. The unique structure of the dispersion homogenizer ensures that the rotor of the working head has a high rotational line speed under the high-speed drive of the motor, which produces a strong liquid shear force and a severe high-frequency mechanical effect, which prompts the experimental fluid material to shear and disperse each other through the rotor and stator under the action of huge centrifugal force. The experimental material is subjected to tens of thousands of shearing, tearing and mixing per minute, so as to achieve the effect of dispersion and homogenization. The configuration of the working head of different specifications is designed to meet different experimental needs.
It is suitable for scientific research, product development, quality control and food processing applications in various medical units, biological research, hygiene and epidemic prevention, cosmetic products, colleges and universities, etc.