Barcode Generation & Scanning
Print Code 128, Code 39, Data Matrix, and QR labels for tubes, slides, plates, and cassettes. Scan-driven [accessioning](/features/accessioning-lis-software) records each handoff without manual data entry.
LIMS IQ specimen tracking software follows each sample from collection through accessioning, testing, storage, and disposition. Barcoded handoffs, hierarchical location tracking, and a tamper-evident custody log give your lab a defensible record for every container.
Active containers, recent custody events, and storage locations in one operational view.
Move specimens through a configurable location tree so a freezer pull or an instrument load is one scan, not a spreadsheet update.
Every barcode scan extends the custody log — collection, courier handoff, accessioning, aliquoting, instrument run, storage, and final disposal.
Tracking model
From the moment a phlebotomist labels a tube to the moment a derivative aliquot is destroyed, LIMS IQ keeps a continuous record of who touched the specimen, where it moved, and what changed. The same tracking layer serves clinical, toxicology, molecular, biorepository, and public-health workflows.
A horizontal capability that fits clinical, toxicology, molecular, biorepository, and public-health labs — built on the same custody and accessioning engine that powers the rest of LIMS IQ.
Print Code 128, Code 39, Data Matrix, and QR labels for tubes, slides, plates, and cassettes. Scan-driven [accessioning](/features/accessioning-lis-software) records each handoff without manual data entry.
Model real-world locations as a tree — site, room, bench, instrument, freezer, rack, box, position — so each move event captures exactly where the specimen is, not just which department holds it.
Every collection, transfer, accessioning, aliquot, instrument load, storage move, and disposition extends the [chain-of-custody log](/features/chain-of-custody-audit-trail) with user, timestamp, and action context.
The [mobile phlebotomy tracker](/features/mobile-phlebotomy-tracker) opens the custody record at the point of draw with phlebotomist ID, collection time, and GPS-tagged location, then hands the specimen off to the courier with a single scan.
Split a parent specimen into aliquots, slides, plates, or molecular derivatives (DNA, RNA, cDNA) and keep every child container linked back to the originating draw, with its own independent custody log.
Specimens loaded onto analyzers via [instrument integrations](/features/instrument-integrations) automatically register their location, run context, and result linkage so the tracking record stays in step with testing activity.
Track specimens across draw sites, satellite labs, and central facilities. Courier manifests, receiving dock scans, and exception routing keep visibility intact across organizational boundaries.
Configure retention rules by sample type, route specimens to long-term storage or destruction queues, and capture witnessed destruction events with the same audit-grade custody log used throughout the workflow.
Produce a chain-of-custody report for any specimen on demand. Configurable controls support CLIA, CAP, HIPAA, and forensic toxicology review processes that require an unbroken, defensible record.
LIMS IQ generates and reads standard 1D symbologies (Code 128, Code 39) and 2D formats (Data Matrix, QR) for tube, slide, plate, and cassette labels. Barcode content is configurable so labs can encode accession ID, container type, collection site, parent specimen ID, or any combination required by downstream instruments and couriers.
Collections recorded in the LIMS IQ mobile phlebotomy tracker create the first custody event for each specimen — capturing the phlebotomist, GPS-tagged collection location, container type, and timestamp. When the courier scans the same barcode at receiving, custody continues unbroken into accessioning without re-keying patient or order data.
Yes. Locations are modeled as a hierarchy (site, room, instrument, freezer, rack, box, position) so a sample can be tracked from a draw site to a courier route, to a central accessioning bench, to an instrument worklist, to a -80°C storage position. Every move is logged with user, time, and from/to location.
The custody event log is append-only, attributes each action to an authenticated user, and preserves prior values on edits. That structure supports forensic toxicology, employer drug testing, public-health surveillance, and CLIA / CAP / HIPAA review processes that require an unbroken chain of custody. Labs can produce a chain-of-custody report for any specimen on demand.
When a parent specimen is split into aliquots, slides, or molecular derivatives (DNA, RNA, cDNA), each child container inherits a link back to the parent and starts its own custody log. The container hierarchy lets you trace any downstream result — including reflexed molecular tests — back to the originating draw and collection event.
See how LIMS IQ tracks containers from collection through disposition with barcoded handoffs, hierarchical locations, and a defensible custody log.