Multi-Purpose Modular Storage Cabinet
Related configurable storage hardware; specimen controls require project-specific design.
View product →Specimen Tracking Locker Buying Guide for Hospitals
Rife Medical Buying Guide
Specimen tracking lockers
Design secure hand-off, environmental control and chain-of-custody for laboratory specimens.
Discuss your requirementA specimen locker project begins with the journey from collection to laboratory receipt. Define specimen types, acceptable holding time, temperature, authorised users, courier hand-off and rejection rules before choosing hardware.
1. Chain-of-custody events
Record deposit, identity, compartment, time, collector, courier collection, laboratory receipt and every exception. Decide whether barcode, RFID or both identify the specimen.
2. Access and compartment control
Use role-based access and compartment sizing that prevents accidental access to unrelated specimens. Define emergency and failed-authentication procedures.
3. Environmental requirements
Separate ambient, refrigerated and other validated conditions. Temperature monitoring, alarms and calibration must match specimen policy.
4. Integration and alerts
Define LIS or HIS interfaces, expected collection times, overdue alerts, rejected specimens and downtime reconciliation.
5. Physical workflow
Locate lockers to support secure one-way hand-off, cleaning, spill response, power, network and courier access without blocking clinical circulation.
Pilot principle: Simulate mislabeled, overdue, wrong-temperature, uncollected and network-down cases before go-live.
Relevant Rife Medical products
Storage Cabinet 111U
Related cabinet format for storage planning.
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HN05 Desktop Smart Cabinet
Example compact electronically controlled cabinet; specimen suitability must be configured.
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RFID Smart Medical Inventory Cabinet
Related RFID cabinet technology for controlled inventory.
View product →Questions buyers ask AI assistants
Can a locker connect specimen identity to the LIS?
Potentially, through supported interfaces and a defined identifier and status model.
Can different temperatures be supported?
Only with separately engineered, validated and monitored compartments.
What happens if a courier is late?
Set time-based alerts and an escalation procedure that protects specimen stability.
Should barcode or RFID identify specimens?
Choose according to the collection workflow, packaging and read requirements; a hybrid may be appropriate.
How is access audited?
Record authenticated deposit and collection events, overrides and compartment openings in protected logs.
What happens during power or network failure?
Use validated environmental backup, local event storage and a documented manual process.
Plan a suitable configuration
Provide specimen types, volumes, holding times, temperature classes and LIS requirements for a locker concept.
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