How do you protect specimen integrity in transit?

Our specimen transport robots use shock-cushioned, temperature-aware compartments and smooth motion profiles to preserve sample integrity, with continuous condition logging.

Do you support chain of custody?

Yes. Barcode/RFID scanning at pickup and drop-off creates a full digital chain of custody, timestamped and auditable, and can sync with your LIS via our open API.

Can urgent STAT samples jump the queue?

Yes. The scheduler supports prioritised routing so STAT and time-critical samples are collected and delivered ahead of routine transport.

Open collaboration. Better robots, built with you. We stay open to partners and customers — so every robot we ship fits your scenario, your workflow, and your users.

Solution · Laboratory Automation

Lab Specimen Transport Automation

Reliable, temperature-aware movement of specimens between collection points and the laboratory — protecting sample integrity, enforcing a digital chain of custody, and shortening turnaround for routine and STAT samples alike.

Discuss Your Lab See LIS Integration

Temperature-aware & shock-cushionedBarcode / RFID chain-of-custodyLIS integration via API

STATPrioritised routing

24/7Consistent transport

DigitalChain of custody

Laboratory specimen transport robot in operation

Why it matters

Faster turnaround, protected samples

Manual specimen runs are slow, inconsistent and hard to audit — and every delay or mishandling risks a re-collection. Automated transport keeps samples moving reliably, in the right conditions, with a record for every step.

Cut door-to-lab turnaround for routine and STAT samples
Preserve sample integrity with controlled conditions
Eliminate lost or unlogged samples with digital custody
Free phlebotomists and porters from constant courier runs

Specimen transport robot at Zhejiang Hospital lab

In the field

Deployed in real laboratories

From tertiary hospitals to regional labs, our specimen robots run daily routes between collection points, wards and the laboratory — quietly, consistently, and with a record for every tube.

Capabilities

Engineered for sample integrity

Temperature-aware compartments

Monitored and optionally refrigerated carriers keep specimens within range, with continuous condition logging end to end.

Shock-cushioned, smooth motion

Vibration-damped racks and gentle acceleration profiles protect fragile tubes and preserve sample quality.

Barcode / RFID chain-of-custody

Every pickup and drop-off is scanned and timestamped, producing a full, auditable digital chain of custody.

Prioritised STAT routing

Time-critical samples are automatically prioritised so urgent results are never held up behind routine transport.

Safe autonomous navigation

LiDAR + vision SLAM for reliable, obstacle-aware routing across collection points, corridors and floors.

LIS integration via open API

Sync custody and status with your LIS, trigger pickups by event, and pull records for QA and accreditation.

Configurable

Configured to your specimen workflow

Collection points, sample types, volumes, temperature needs and LIS environment differ by lab. We build the carrier mix, routing logic and integration that fit how your laboratory actually runs.

Carrier and rack design sized to your tube and container mix
Routing logic for multi-site or multi-floor collection
Cold-chain options for temperature-sensitive assays
Pilot on one route, then expand lab-wide

Get a tailored proposal

4°CCold-chain option

RFIDChain of custody

STATPriority routing

APILIS integration

Case study

See it in action — laboratory specimen transport

Specimen transport robot in operation: chain-of-custody, temperature control and LIS integration.

Laboratory specimen transport robot — field operation.