Omega C8C Centrifuge

• Separating components of biological samples such as blood, urine, or cell cultures in clinical laboratories.
• Pelleting cells, subcellular fractions, or precipitates in molecular biology and biochemistry research.
• Processing samples for diagnostic testing and quality control in pharmaceutical and biotechnology industries.
• Concentrating DNA, RNA, and protein samples in research and development settings.

Typical capacity

Benchtop centrifuges of this class commonly accommodate rotors for 6 to 24 tubes, typically 1.5ml to 50ml.

Power supply

Units of this type typically operate on standard laboratory power, commonly 230V, 50Hz for the UK market.

Maximum RCF (Relative Centrifugal Force)

For this category, maximum RCF typically ranges from 1,000 x g to 20,000 x g, depending on the specific rotor and model.

Speed range

Commonly, these centrifuges offer a speed range up to 15,000 RPM, with precise digital control.

Temperature control

While some benchtop centrifuges are refrigerated, the C8C model, as described, is typically a non-refrigerated unit operating at ambient temperature.

Footprint

Benchtop centrifuges are designed for laboratory benches, typically having a compact footprint, often around 30-50 cm in width and depth.

• What type of rotors are compatible with the C8C Centrifuge?

  The C8C model typically uses fixed-angle or swing-out rotors. Buyers should confirm the specific rotor included or compatible with this unit directly with the seller.

• Is this centrifuge suitable for clinical diagnostic work?

• What maintenance is typically required for a used centrifuge?

• Can this unit be used for high-speed applications?

• What safety features are commonly found on this type of centrifuge?

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.

General overview for this equipment type