Use cases Blood bank LIS
Use case 03
Blood bank LIS software that eliminates manual lab entry
Manual test result entry. Results that don't flow between systems. No complete traceability from collection through testing to transfusion. The integrated laboratory information system automates blood bank testing — from analyser integration through result validation to quality control tracking.
What it is
The system that decides when a unit is safe to release
A blood bank laboratory information system manages every lab testing workflow: specimen tracking, test orders, result entry, result validation, quality control documentation, and analyser integration. It tracks what tests were run on each unit, what the results were, and when the unit was cleared for transfusion.
Most blood banks do this by hand. Lab staff read results off the analyser and type them in, validate them manually, and track quality control on paper or in spreadsheets. Results don't flow automatically to the blood bank system or the hospital's, and there is no complete digital trail from collection through testing to transfusion.
BloodBank.software integrates lab testing directly: analysers connected by API send results automatically, results flow into the inventory system, quality control is tracked digitally, and traceability is maintained from specimen through result to transfusion.
A unit is collected and barcoded. A technician runs the tests. Results flow from the analyser into the system, which compares them to expected parameters, flags anomalies, and updates unit status automatically. The quality control check is documented. The unit is cleared for transfusion. No manual entry, no data loss, and a complete audit trail behind it.
Why it matters
Six things that go wrong between analyser and inventory
The tests themselves are rarely the problem. The gap between the machine producing a result and the system acting on it is where the time, the errors, and the missing audit trail all come from.
Manual test result entry
Technicians read results off the analyser and type them in — 10 to 30 minutes per unit depending on complexity. Every entry is an opportunity for error: transposed numbers, the wrong blood type, data in the wrong field.
Results don't flow between systems
Results stay in the lab system. They don't reach the blood bank inventory or the hospital's EHR on their own, so staff retrieve them and re-key them elsewhere. Duplicated data, wasted time, and another chance to transcribe something wrong.
No complete traceability
When a transfusion problem surfaces later you need to know which tests were run, what they showed, what QC was performed, and when the unit was released. That sits across the analyser, a lab notebook, the blood bank system, and the hospital's. Assembling it takes hours.
Lab analysers not integrated
Modern immunohaematology and serology analysers can't connect directly to the blood bank system, so their output is transcribed by hand. Expensive instruments run at a fraction of their automation potential.
Quality control not systematically tracked
QC checks get done, but the documentation scatters across paper logs, notebooks, and separate systems. When a regulator asks to see QC records you compile them from scratch, and there's no way to query all checks for a given period.
No result validation automation
Out-of-range values and anomalies need manual review before a unit can be transfused. That creates bottlenecks and delays — and because it depends on a person catching it, some critical results are missed.
How it's solved
Six answers to those six problems
One for each. The first closes the gap at the analyser; the last closes it at the shelf.
Automated analyser integration
Immunohaematology systems, serology analysers, and the rest connect directly by API. Results flow into the system on their own — no manual entry, no transcription errors, available the moment the instrument finishes.
LIS moduleDigital test workflows
Test orders are created in the system and specimens tracked end to end. Results arrive automatically from the analyser or manually where they have to. The system knows which tests were ordered, which are complete, and which are still pending.
Automated result validation
Results are compared against expected parameters, donor history, and previous results. Out-of-range values are flagged automatically and potential issues highlighted, with approval required before a unit is cleared for transfusion.
Complete result history
Every result is linked to the unit, the specimen, the order, and the technician who ran it — a continuous audit trail from collection through testing to transfusion. Whatever the question later, the documentation is already there.
Quality control tracking
QC checks are documented automatically with status, date, result, technician, and instrument. The full history is searchable and exportable, so a regulatory audit has instant access rather than waiting on a compilation exercise.
Integration with the blood bank system
Results update unit status in inventory directly. A unit moves from testing to released when the results clear, with no manual status change — so what the system says you have is what you actually have.
Inventory moduleResults
What changes once the analyser is connected
Six outcomes labs report after removing manual entry from the testing workflow.
Saved per month on data entry
Manual result entry and transcription disappear. Technicians spend their time on analysis and validation instead, and the saving compounds across every unit tested.
Measured
Lab staffing fell from 2.5 FTE to 2 FTE after automated result entry, despite higher testing volume.
Transcription errors from manual entry
Automated result flow eliminates the entire category. Numbers aren't transposed, blood types aren't entered wrong, and results are accurate because they come straight from the analyser.
Traceability for incident investigation
For any transfusion question: which tests were run, what they showed, when, by whom, what QC was performed, who approved the result. A complete answer in minutes rather than hours.
Unit turnaround
No time lost to manual entry and transcription, so units move from testing to released sooner. That shortens collection-to-available and makes the blood bank more responsive when it matters.
To export audit documentation
QC records, result validation, and test tracking are generated and searchable as a matter of course. When a regulator asks for compliance documentation, you export it rather than assemble it.
Analyser utilisation
Connected instruments can run at their designed automation level, and the detailed quality metrics modern analysers produce feed into the system — giving you a clearer picture of testing quality itself.
We were manually entering lab results into the system, which took hours every day and created opportunities for errors. Connecting our analyser directly eliminated that entire process. Results flow automatically. Quality control is tracked. We have complete traceability. It's changed how our lab operates.
FAQ
Questions about the laboratory information system
Analyser support, manual fallback, validation, EHR delivery, QC records, and corrections.
Q01 What analysers can you integrate with?
We support the major blood bank analysers — Immucor, Bio-Rad, Ortho and others — and can integrate with more via API. If your analyser has an API or can output data, we can most likely connect it. We assess this during implementation.
Q02 What if our lab still needs to enter some results manually?
The system supports both. Automated where the instrument allows it, manual as a fallback where it doesn't, with no disruption to the workflow either way.
Q03 How do we validate results before they go to transfusion?
Validation rules are configurable. Results are flagged if they are out of range or anomalous, and staff review and approve before the unit is released, so nothing slips through unreviewed.
Q04 Can results flow to the hospital EHR?
Yes. Test results can be sent to the hospital system by API or HL7 interface, so hospitals see them in real time without manual re-entry.
Q05 How is QC documentation tracked?
QC checks are logged with date, time, instrument, technician, and results, and the system tracks pass or fail status. Historical QC data is searchable and reportable for regulatory compliance.
Q06 What if we need to correct a result?
Corrections are allowed with a full audit trail: the original result, the change request, who approved it, and when it changed. The complete change history is retained for compliance.
Get started
See the blood bank LIS in action
Request a personalised demo. We'll show you how to automate your lab testing workflows and remove manual result entry entirely.
A 30-minute demo focused on your lab testing and analyser integration challenges. See automated workflows and traceability.
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