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Medical and Scientific Centrifuges

Reliable medicine and science equipment supplies are crucial for study and research in laboratories around the world. Centrifuges are valuable devices in these labs and spin medical samples by using centrifugal force. Various styles of centrifuges operate at different speeds to separate body fluids, microscopic particles or other substances for scientific analysis.

Clinical Benchtop Centrifuges

Medical laboratories that need low-speed centrifuges for the separation of body fluids may select clinical benchtop centrifuge models. Many of these devices hold standard blood draw tubes and can separate red blood cells, plasma and serum. Equipment speeds typically range between 200 to 6,000 rpm.

Vacuum Centrifuges

Scientists who work in genomics, cell biology and proteomics often need medical equipment that can concentrate solutes. This technique may be necessary to transform the solutes to either a wet pellet state or a dry state. A vacuum centrifuge can perform this task by using gas or heat to concentrate proteins from liquid so that medical practitioners can study them. Different models of these scientific devices feature various noise levels and speed ranges.


Medical and scientific practitioners who need to rotate samples at incredibly high speeds may choose ultracentrifuges for their labs. Some can reach rotational speeds of 150,000 rpm, and they are useful scientific devices in the fields of biochemistry, cell biology and molecular biology. Preparative and analytical styles are available, and they can be successful at separating microscopic particles, including viruses and lipoproteins.

Refrigerated Microcentrifuges

A centrifuge that offers consistent temperatures is sometimes necessary when working with liquid substances susceptible to heat degeneration. An excellent choice of medical equipment for this purpose is a refrigerated microcentrifuge, which can spin samples of up to 2 ml. The compact design makes them popular with many scientists, and they often feature compressors located at the back of the units.

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