Capricorn CEP2000 Centrifuge

• Clinical laboratories use these for separating blood components like plasma and serum.
• Research facilities apply them for cell pelleting and nucleic acid purification.
• Biotechnology companies utilise them for protein precipitation and sample preparation.
• Academic institutions employ them for educational purposes and various biological separations.

Typical capacity

Units of this type commonly accommodate multiple tubes, typically ranging from 1.5ml to 50ml, via interchangeable rotors.

Maximum RCF (Relative Centrifugal Force)

For this class of benchtop centrifuge, RCF values typically range from 2,000 x g to 4,000 x g, suitable for routine separations.

Maximum RPM (Revolutions Per Minute)

RPMs commonly found on units of this type are in the range of 3,000 to 5,000 RPM, depending on the rotor used.

Power supply

These units typically operate on standard laboratory power, commonly 230V, 50Hz in the UK.

Footprint

Benchtop centrifuges are designed for compact installation, typically requiring a footprint suitable for a laboratory bench.

Temperature control

While some CEP series centrifuges are refrigerated, this specific model is typically a non-refrigerated unit, operating at ambient temperatures.

• What kind of maintenance does a Capricorn CEP2000 typically require?

  These units are known for low maintenance. Routine checks typically involve rotor inspection, cleaning, and ensuring the lid seal is intact. The manufacturer offers full servicing support.

• Are spare parts readily available for the Capricorn CEP2000?

• Can different types of rotors be used with the CEP2000?

• Is this unit suitable for clinical diagnostic use?

• What is the typical noise level of a CEP2000 during operation?

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.

Общий обзор для этого типа оборудования