Desktop large capacity low-temperature centrifuge is a conventional laboratory centrifuge widely used in scientific research, education, and production departments such as biochemistry and medicine. The low-speed desktop centrifuge with a speed of 4000R/MIN is suitable for radioimmunoassay identification and separation of cells and large particles, and is available in two types: timed and non timed.

Common applications:

Research in Biology and Molecular Biology:

Protein and nucleic acid extraction: In genomics, transcriptomics, proteomics, and other studies, low-temperature centrifuges are used to extract and purify proteins and nucleic acids from cells, tissues, or body fluids.

Cell separation: It can be used to separate different types of cells, especially during immune cell sorting, where low temperature helps maintain cell activity and function.

Medical field:

Blood separation: In hematology research, low-temperature centrifuges are widely used for the separation of plasma and serum, especially when high preservation requirements are placed on blood samples. Low temperature helps prevent component degradation.

Clinical sample processing: For example, centrifuges are used to separate cellular components or trace substances in clinical samples, as commonly seen in blood or urine analysis.

Drug development and pharmaceutical industry:

Production of vaccines and protein drugs: During the production of vaccines or the preparation of recombinant protein drugs, low-temperature centrifuges can effectively remove unwanted impurities and ensure the purity of the final product.

Drug extraction: used to extract active ingredients from plants or microorganisms, especially when the stability of the extract needs to be maintained.

Food industry:

Dairy processing: used to separate whey and milk fat, especially to maintain the nutritional content of dairy products under low temperature conditions.

Juice and beverage separation: During the production process of juice and beverages, centrifuges are used to remove impurities and sediment, ensuring the clarity and stability of the final product.

Chemical analysis:

Chemical synthesis and purification: In the post-treatment process of certain chemical reactions, low-temperature centrifuges assist in separating and purifying the reaction products.

Environmental sample analysis: In environmental monitoring, centrifuges are commonly used for particle separation in water, soil, or air samples to help analyze pollutants.

Academic Research and Education:

Cytological and histological research: Low temperature centrifuges are widely used in laboratory research to help scholars separate different types of cell or tissue samples.

Teaching experiment: Large capacity low-temperature centrifuges can also be used in teaching experiments at schools or research institutions to demonstrate the principles and methods of centrifugal separation.