HETTICH MIKROLITER 2020 Centrifuge

• Separating components of liquid mixtures in research laboratories.
• Processing biological samples in clinical diagnostics.
• Preparing samples for analysis in quality control departments.
• Concentrating cells or particles in biotechnology applications.

Typical capacity

This model, the Mikroliter 2020, is designed for processing small volumes, typically accommodating microtubes or PCR strips.

Maximum speed

Units of this type commonly offer speeds up to 15,000 RPM, suitable for a range of micro-volume separations.

Power supply

Benchtop centrifuges like this typically operate on standard single-phase laboratory power, commonly 230V in the UK, though this specific unit is listed as 110 Watt and 0.55 A.

Footprint

As a benchtop unit, it is designed to occupy minimal laboratory space, making it suitable for smaller labs or crowded work areas.

Rotor type

Units in this class typically utilise fixed-angle rotors, optimised for micro-volume applications.

• What types of samples can this centrifuge process?

  This model is typically used for processing small-volume samples such as blood, urine, cell cultures, and DNA/RNA preparations in microtubes or PCR strips.

• Is this unit suitable for continuous operation?

• What maintenance is typically required for a centrifuge of this type?

• Can the speed and run time be precisely controlled?

• Are spare parts readily available for older Hettich models?

Centrifuges are valued across laboratories and biotech facilities for reliable sample separation. Buyers typically prioritise rotor compatibility, temperature stability in refrigerated models, and ease of maintenance when purchasing used units. Industry sentiment reflects appreciation for durable construction and consistent performance. Key considerations include verifying motor condition, checking calibration history, and confirming availability of compatible rotors. Well-maintained examples offer strong value and longevity, though wear on seals and bearings warrants inspection. Speed range and capacity alignment with intended applications remains important for operational efficiency.

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