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The homogenizer is one of the most commonly used sample pretreatment equipment. It mainly achieves full mixing and homogenization of samples through the high-speed rotation of the stator and rotor. It is widely used in biopharmaceuticals, genetic research, cell pulping, daily cosmetics, inks and coatings, fine chemicals, environmental protection, energy and other fields.
Working principle:
During operation, the dispersing blade is inserted into the sample, the motor drives the rotor to rotate at high speed, the material is sucked into the dispersing blade along the axial direction, and then the medium passes through the tooth grooves between the rotor and the stator radially at a high speed.
The tiny gap between the high-speed rotor and the stator produces extremely strong shear force and crushing force, thereby achieving a good dispersing effect. A homogenizing and dispersing operation usually takes only a short time to complete.
The core component motor (electric motor) has carbon brush motor and carbon brushless motor. Since carbon brush motor has the above-mentioned disadvantages, it is recommended that you use a brushless motor when selecting a disperser.
The brushless digital disperser is equipped with a brushless motor, ultra-long life, silent design, no risk of powder loss, and can easily solve the above troubles. The small and compact design saves more space, and has a precise timing function. It can run unattended, making homogenization and dispersion processing easier.
It can handle samples up to 1500ml in volume, and even with a small diameter rotor, it can reach a maximum speed of 25000rpm. The maximum processing viscosity is up to 5000 mPas, which can be widely used in emulsification, homogenization, dispersion and suspension experiments. We also provide a variety of dispersion heads for selection, suitable for homogenization of various samples. The dispersion heads are all designed with quick connectors, which are easy to disassemble and assemble, and can be quickly replaced and cleaned, helping you greatly improve your experimental efficiency.