Understand the working principle of high-speed centrifuge

    High speed centrifuge is the most common type we use in our daily life or when choosing. Due to its high speed, it can separate a large number of samples or substances, and the sedimentation rate is relatively fast. However, many people are not familiar with how to operate high-speed centrifuges or the specific operation of high-speed centrifuges. Below, we will give a brief introduction to the working principle and other common knowledge of high-speed centrifuges.

    Understanding the working principle of high-speed centrifuges is of great help for our normal operation. High speed centrifuges generally use the strong centrifugal force generated by the high-speed rotation of the rotor of high-speed centrifuges and cryogenic centrifuges, which can accelerate the settling of liquid particles, increase the settling speed, or speed up the transaction speed, and then separate substances with different settling coefficients, buoyancy, and density in the sample.

    High speed centrifuges can not only extract the components we need from liquid mixtures, but also, according to the density requirements of different substances, after high-speed rotation, the ones with the highest density are usually in the bottom layer, while those with lower density will float on top of the liquid. This can separate the liquid into layers and extract the pure substance we want or need.

    Now we have a better understanding of the working principle of high-speed centrifuges. Generally, high altitude centrifuges or high-speed refrigerated centrifuges have a wide range of applications

    In many fields such as medicine or chemical engineering, it can be used with confidence. Generally, the larger the mass of the object, the faster the settling speed, and vice versa. Therefore, when we use it, the settling speed is directly related to the quality of the sample or object separation.