Ortho Diagnostics Systems - Ortho Diagnostic Systems Cellwasher 2

• Automated red blood cell washing for pre-transfusion testing.
• Preparation of cell suspensions for various serological procedures.
• Separation of plasma or serum from cellular components in blood samples.
• Use in immunohematology laboratories for antibody screening and identification.

Typical capacity

Units of this type commonly process 12-24 tubes per run, depending on the rotor configuration.

Power supply

Typically operates on standard laboratory power, commonly 230V, 50Hz in the UK.

Footprint

For this class of equipment, the footprint is generally compact, suitable for benchtop use in a laboratory setting.

Throughput

Cycle times are typically a few minutes per wash, allowing for efficient processing of multiple samples.

Rotor type

Commonly features a fixed-angle rotor designed for standard blood collection tubes.

Control interface

Units of this type typically feature a simple, intuitive control panel for setting wash cycles.

• What is the primary function of a cell washer?

  A cell washer is used to wash red blood cells by repeatedly suspending them in saline and centrifuging them to remove unwanted plasma proteins, antibodies, or unbound reagents.

• Is this unit suitable for other cell types besides red blood cells?

• What kind of maintenance does a cell washer typically require?

• Are consumables readily available for the Ortho Diagnostic Systems Cellwasher 2?

• What safety features are commonly found on these units?

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.

General overview for this equipment type