Component Separation Tracking
From whole blood to PRBCs, FFP, platelets, and cryoprecipitate — every derived component stays traceable back to its donor.
Whole Blood to Components
Track separation of whole blood into PRBCs, FFP, platelets, and cryoprecipitate.
Automatic Barcode Generation
Each derived component gets a unique barcode, linked back to the original collection unit.
Storage-Ready Records
Each component's storage requirement and shelf life is tracked from the moment it's created.
Full Traceability
Trace any component back to its donor and original unit at any point in its lifecycle.
Who It's For
Blood banks that separate whole blood into components rather than transfusing it as-is — which is most blood banks handling routine and emergency transfusion needs.
Problems It Solves
- Losing traceability between a derived component and its original donor unit
- Manually labelling and tracking separation timing and shelf life for each component
- Inconsistent records across RBC, plasma, and platelet inventories
FAQs
If one whole blood unit becomes three components, are all three traceable?
Yes — each derived component gets its own ID linked back to the parent unit, so all three stay traceable to the original donor and collection.
Does this track shelf life separately for each component?
Yes, each component type (RBC, plasma, platelets, cryoprecipitate) has its own shelf-life rules and expiry tracking from the moment it's separated.
Does this connect to our centrifuge or other separation equipment?
The software tracks separation records and timing; for the physical equipment itself, see our equipment directory for compatible centrifuges.
See component tracking live
Book a free demo and see the full collection-to-component flow.
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