Pumps, monitors and wheelchairs move between departments, and anything missing gets reordered. Barcode or RFID tags turn stocktaking into a walk-past scan.
From implementation speed to long-term cost, every step is validated on site.
Starting from the operational pain points, here is how the solution is built and deployed.
Total equipment and available equipment are two different numbers in a hospital. Devices cluster in a few departments, everyone searches during an emergency, and a new purchase follows when the search fails. The new unit then sits idle. The root cause is not knowing where a device is or who has it.
Metal housings take scratch-resistant PET or metal labels with a barcode plus a human-readable number, fixed where wear is unlikely. Where contactless batch reading matters, such as a whole-floor count or an equipment cabinet, RFID tags let a handheld reader capture several devices at once without pulling them out. The two can coexist: barcode for identity, RFID for batch location.
The heavier the process, the less it is followed. Three actions are enough: scan the device and the department on issue, scan again on return, and flag overdue items automatically. No multi-level approval, or departments will move equipment around the system.
Biomedical engineering: one code per major asset, with service and calibration intervals attached to it.
Ward-shared equipment: infusion pumps and monitors move constantly, so the identifier must be small, abrasion resistant and wipeable.
Rental and pooled devices: ownership and charging depend on loan records, and a scan must close both the issue and the return.
Look at count duration, book-to-physical agreement, how many loans are closed with a return scan, and whether service reminders fire on time.
Common problems: labels applied but never counted, which makes them decoration; paper loan logs that lose equipment once it moves between floors; materials that cannot take alcohol wipes and go illegible within months.
A handheld walk along the floor completes a ward in under an hour. The service module records calibration dates and maintenance cycles per device and reminds before they fall due. This data often duplicates the fixed asset system, so pick one as the master and synchronise the other.
Covers typical operations and can be adapted to your workflow.
Core modules that keep data capture and traceability closed-loop.
Readers and mobile computers, with printers and consumables sourced together.
Zebra ZT411 industrial printer with a 4.3-inch colour touchscreen, up to 600 dpi and redundant interfaces, for mid-size lines and warehouse traceability.
Datalogic Skorpio X5: enterprise Android, octa-core Qualcomm, IP65 sealing and a 4-inch display, for warehouse, manufacturing and retail data capture.
Zebra ZD421 desktop printer with flexible interface options, covering office, retail and light industrial labelling.
Datalogic PowerScan 9100 industrial scanners, built to last, with medium and long-range 1D reading for warehouse, manufacturing and logistics.
Datalogic AV500 and AV900 high-end fixed-mount vision readers that handle attended or unattended lines and read reliably on fast conveyors.
Custom adhesive labels in coated paper, synthetic, PET and matte silver, in custom sizes and winding, with sample print trials before bulk orders.
Auto-ID and data capture solutions by industry.
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