Unified Lab Worklist
Every order, test status, priority, and result in progress sits in one working view.
MediSyncLab links the hospital information system, the laboratory worklist, specimen barcoding, analyzers, result validation, quality control, and result distribution into one connected workflow.
| Accession | Test | Status |
|---|---|---|
| ACC-001 | Hematology Panel | In Process |
| ACC-002 | Clinical Chemistry | Completed |
| ACC-003 | Blood Profile | Validated |
Every order, test status, priority, and result in progress sits in one working view.
Specimen status can be traced from registration and collection through receipt and processing to the result.
| Accession | Patient | Test | Specimen | Status | TAT |
|---|---|---|---|---|---|
| ACC-001 | Sample | Hematology Panel | Blood | In Process | 00:24 |
| ACC-002 | Sample | Clinical Chemistry | Serum | Completed | 00:38 |
| ACC-003 | Sample | Urine Routine | Urine | Validation | 00:41 |
Abnormal values and critical flags are shown against the reference ranges you configure.
Results can pass through review, verification, and authorisation according to each user's authority.
MediSyncLab links analyzer categories and hospital systems through interfaces verified for each implementation.
Product owner review: supported analyzer brands and models, bidirectional interfacing, host-query support, driver availability, and protocol compatibility must be confirmed per project.
| Hematology QC | In Control |
| Critical Queue | 2 Pending |
| Delta Check | Review |
Receives orders from the hospital system or elsewhere and creates the laboratory test registration.
Supports barcoding, collection status, specimen receipt, and monitoring of the sample flow.
Connects the worklist and analyzer results through the available interfaces.
Supports review, flagging, verification, authorisation, and correction of results.
Supports the microbiology testing flow within the feature scope configured.
Distributes results to the hospital system and links testing to billing.
Access rights follow each user's role and authority.
Significant activity on results and workflow is recorded so it can be traced.
Changes or corrections to a result can be traced by version and by user.
Backup and recovery strategy is matched to the hospital's implementation architecture.
The data stays under the hospital's control.
Implementation time depends on the number of analyzers, interface readiness, hospital system integration, module scope, locations, and the readiness of the hospital team.
Pricing follows the number of analyzers, test volume, interface requirements, number of locations, integrations, and implementation scope.
Request an Investment EstimatePeriodic payment covering implementation, integration, updates, and support within the agreed scope.
A long-term usage licence with maintenance and development support on agreed terms.
An integrated solution for hospital groups, multi-site operations, and diagnostic clinic networks.
A right-sized solution for automating the core laboratory flow and connecting analyzers to the hospital system.
Supports higher test volumes, quality control requirements, multi-level validation, and several analyzer types.
Standardised workflow, multi-site integration, and operational visibility across the network.
Analyzer connectivity is determined through an assessment of brand, model, protocol, and workflow requirements.
MediSyncLab is prepared for ASTM, HL7/FHIR, TCP/IP, serial interfaces, and REST API, within the implementation scope verified for each project.
Yes. Integration with SIMRS Medicare or a third-party hospital system can be designed once ordering, master data, billing, and result distribution have been mapped.
Barcode support is matched to the devices, label formats, and specimen workflow agreed for the project.
Migration is mapped from the data structure, the history required, the quality of the source data, and the cutover plan.
QC, reference ranges, critical flags, the review queue, and auto-validation rules are configured to the laboratory's own policy.
It depends on the number of analyzers, interface readiness, hospital system integration, module scope, locations, and team readiness.
It can be designed for multi-site or laboratory-network operation, with an operational blueprint and integrations to match.
Post go-live support covers stabilisation, issue monitoring, configuration fixes, and further development under the agreed terms.
Talk through analyzer requirements, specimen workflow, hospital system integration, quality control, validation, and reporting with the ASTECH team.