IEC CellWasher Centrifuge

• Used in clinical laboratories for blood cell washing in compatibility testing and antibody screening.
• Applied in research settings for cell separation and purification from various biological samples.
• Utilised in immunology for preparing cells for flow cytometry and other analytical techniques.
• Essential in microbiology for concentrating microbial cells from liquid cultures.

Typical capacity

Units of this type commonly accommodate 12 to 24 tubes, typically 10x75mm or 12x75mm.

Power supply

Typically operates on standard single-phase UK mains power, 230V, 50Hz.

Rotor type

This model class commonly features fixed-angle rotors designed for specific tube sizes.

Speed range

Typically offers speeds up to 3,500 RPM, suitable for cell washing protocols.

Control system

Commonly features analogue or basic digital controls for speed and time settings.

Footprint

For this class of equipment, units are typically benchtop, requiring a moderate amount of laboratory space.

• What maintenance is typically required for an IEC CellWasher Centrifuge?

  Routine maintenance typically involves cleaning the rotor and centrifuge bowl, checking motor brushes if applicable, and ensuring the lid latch operates correctly. Calibration checks may also be required periodically.

• Can this unit be used for applications other than cell washing?

• What spare parts are commonly needed for a used IEC CellWasher?

• Is specialised installation required for this type of centrifuge?

• What safety features are typically found on an IEC CellWasher Centrifuge?

Cell washing systems are generally regarded as reliable workhorses in laboratory and biotech settings. Buyers typically value robust construction and consistent performance across repeated cycles. When purchasing used equipment, attention to automation features, chamber capacity, and maintenance history proves important. Industry sentiment favours models offering gentle handling of sensitive cell populations alongside thorough washing protocols. Mechanical durability and availability of spare parts remain key considerations for long-term operational viability in facility environments.

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