Laboratory Centrifuges for Sample Separation

Centrifuges

Laboratory Centrifuges for Efficient Sample Separation

UMY Medical supplies laboratory centrifuges for clinical, research, biotechnology, and testing laboratories. Available configurations can be selected according to sample type, tube size, rotor design, capacity, speed range, and daily processing requirements.

Laboratory Centrifuges for Sample Separation and Routine Processing

UMY Medical supplies laboratory centrifuges for research, testing, biotechnology, and routine laboratory workflows. Available models support the separation of blood, biological samples, cell suspensions, and other laboratory materials, with configurations selected according to tube type, rotor design, capacity, required RCF or speed range, and processing workload.

Centrifuge Configurations

The range may include compact benchtop centrifuges, low-speed and high-speed models, refrigerated centrifuges, and configurations with fixed-angle or swing-out rotors. Model differences may include maximum RCF and speed, rotor capacity, compatible tube sizes, temperature-control range, timer settings, acceleration and braking control, operating programs, and included adapters.

Selecting the Right Centrifuge

Confirm the sample type, tube or container size, required RCF or speed, sample capacity, and expected daily workload before selecting a centrifuge. Buyers should also review rotor type, refrigeration requirements, temperature range, timer and program functions, imbalance protection, lid-locking system, noise level, available bench space, power supply, and required rotors or adapters.

Centrifuges Across Sample Separation and Laboratory Processing Workflows

Laboratory centrifuges are used to separate sample components according to density through controlled centrifugal force. Applications range from routine blood and urine processing to cell separation, sample clarification, research preparation, and other laboratory workflows requiring consistent separation before analysis.

The appropriate centrifuge depends on the sample type, tube or container format, required RCF or speed, rotor configuration, processing capacity, and temperature requirements. Buyers should also confirm rotor compatibility, acceleration and braking control, imbalance protection, refrigeration needs, operating programs, and expected daily workload.

Routine-Blood-and-Clinical-Sample-Separation

Cell-Culture-and-Research-Sample-Processing

High-Speed-and-Refrigerated-Centrifugation

Multi-Tube-and-High-Throughput-Laboratory-Processing

Centrifuges FAQ

What information is needed to select the right laboratory centrifuge?

Start with the sample type, tube or container size, number of samples per run, and required centrifugal force or speed. Buyers should also confirm whether refrigeration is required, the preferred rotor type, expected daily workload, available bench space, voltage, and any required rotors or adapters.

What is the difference between RPM and RCF when selecting a centrifuge?

RPM indicates the rotational speed of the rotor, while RCF describes the centrifugal force applied to the sample. Because RCF also depends on the rotor radius, two centrifuges operating at the same RPM may produce different centrifugal forces. If a laboratory protocol specifies RCF, that value should be used when selecting the centrifuge and rotor.

Which centrifuge rotor type should I choose?

Fixed-angle rotors are commonly used for routine separation and higher-speed centrifugation, while swing-out rotors keep tubes more horizontal during operation and are often selected for applications requiring clear layer separation or larger tube capacities. Rotor selection should also consider tube size, maximum RCF, sample quantity, and available adapters.

When is a refrigerated centrifuge required?

A refrigerated centrifuge is useful when samples are temperature-sensitive or when longer or higher-speed runs may generate unwanted heat. Buyers should confirm the required operating temperature range, cooling performance, rotor compatibility, sample volume, and protocol requirements before choosing between refrigerated and non-refrigerated models.

Centrifuges

Laboratory Centrifuges for Efficient Sample Separation

Laboratory Centrifuges for Sample Separation and Routine Processing

Centrifuge Configurations

Selecting the Right Centrifuge

Centrifuges Across Sample Separation and Laboratory Processing Workflows

Routine Blood and Clinical Sample Separation

Cell Culture and Research Sample Processing

High-Speed and Refrigerated Centrifugation

Multi-Tube and Higher-Throughput Laboratory Processing