High speed freezing large capacity centrifuge is a laboratory equipment that combines centrifugation, accurate temperature control, and large capacity sample processing functions. The high-speed freezing large capacity centrifuge generates large centrifugal force through high-speed rotation, achieving the separation of different density components in the sample. At the same time, the freezing system is used to maintain a low-temperature environment, preventing the degradation of thermosensitive samples (such as proteins, enzymes, etc.) due to high temperature, ensuring the accuracy and reliability of experimental results.
Uses include:
Sample separation and purification: High speed cryogenic large capacity centrifuges can separate and purify samples at high speeds and low temperatures, suitable for multiple fields such as molecular biology and clinical experiments. It can handle larger volumes of samples while maintaining a low-temperature environment to prevent degradation of bioactive substances, ensuring the accuracy and reliability of experiments.
Biological product production: In the production of biological products, high-speed frozen large capacity centrifuges are used for the precipitation and collection of fermentation broth, improving production efficiency and product quality.
Protein and cell separation: This device is also used for the separation and enrichment of proteins, nucleic acids, and other biomolecules, as well as for the study of cells and organelles. This is of great significance for biological research.
structural characteristics
Diverse rotor configurations: supporting fixed angle rotors, horizontal rotors, micro porous plate rotors, and other types to meet different experimental needs. Fixed angle rotors are suitable for standard centrifugation operations, horizontal rotors are suitable for separating larger particle samples, and microplate rotors are suitable for rapid separation of small volume samples.
Large capacity design: capable of handling larger volumes of samples, improving experimental efficiency.
Effective refrigeration system: using imported high-performance compressor units and fluorine free refrigerants, in compliance with environmental requirements, the temperature control range is usually -20 ℃ to 40 ℃, and some equipment can even achieve lower temperatures to ensure that the sample remains within the set low temperature range throughout the centrifugation process.
Intelligent control system: using microcomputer control, equipped with large screen LCD display, supporting Chinese/English operation interface, programmable storage of various running programs, convenient for users to set and adjust according to experimental needs.