HEALTHCARE|NORTH AMERICA|

RFID Surgical Instrument and Supply Management in the US

Background

In operating room (OR) environments, effective management of surgical instruments, gauze, sponges, and disposable medical supplies is critical to patient safety and healthcare quality. During complex procedures, large quantities of medical items frequently move in and out of surgical areas, making traditional manual counting processes time-consuming and vulnerable to human error.
To improve surgical safety and operational efficiency, healthcare providers are increasingly adopting RFID technology to achieve better visibility and traceability of surgical supplies. Automated identification enables faster item verification, quantity confirmation, and exception handling throughout the surgical workflow.
To enhance operating room supply management, a healthcare organization in the US deployed Chainway C72 UHF RFID Readers to support real-time inventory checks and intelligent tracking of surgical items.

Challenge

High workload for surgical item verification
Medical staff must repeatedly count surgical supplies such as gauze, sponges, and instruments during procedures, creating significant manual workload.
Risk of missed items during manual counting
In high-pressure surgical environments, manual verification may result in quantity discrepancies or overlooked items, affecting safety management.
Complex conditions affecting identification efficiency
Medical supplies may be wet, stacked, or partially covered during use, creating challenges for traditional identification methods.
Time-consuming search for missing items
When quantity differences occur, locating missing supplies manually can delay workflow and increase operational pressure.
Need for traceable medical supply management
Healthcare organizations require more digitalized solutions to track surgical items throughout their usage lifecycle.

 

Solution

The healthcare organization deployed Chainway C72 UHF RFID Readers to enable RFID-based surgical supply tracking, inventory verification, and item management.
By attaching RFID tags to surgical supplies, the system allows medical staff to quickly identify items, confirm quantities, and maintain digital records throughout surgical workflows.
  • Real-time RFID verification for improved safety:
    C72 enables rapid identification of tagged surgical supplies, helping staff perform faster inventory checks and reducing the risks associated with manual counting. With support for 1,300+ tag reads per second, the device can quickly process large volumes of medical items during surgical preparation and verification.
  • Extended reading capability for flexible medical workflows:
    With a reading range of up to 30 meters, C72 supports efficient item identification across operating rooms, supply areas, and medical storage environments, providing greater flexibility for surgical supply tracking and inventory management.
  • End-to-end item tracking:
    The solution records surgical items entering and leaving operating areas, providing clearer visibility into supply usage and movement history.
  • Reliable identification in complex environments:
    C72 maintains stable RFID reading performance even when medical supplies are stacked, covered, or placed in challenging conditions, supporting fast verification in demanding healthcare scenarios.
  • Faster exception handling with mobile RFID operation:
    RFID tag locating capability helps staff identify specific items more efficiently when inventory discrepancies occur. The portable C72 enables healthcare personnel to perform verification and tracking tasks directly at the point of use.
 

Result

The RFID-enabled surgical supply management solution delivered significant improvements:
  • Faster surgical item verification by reducing manual counting efforts.
  • Enhanced patient safety management through automated quantity checks and item traceability.
  • More efficient exception resolution with faster identification of missing items.
  • Improved supply visibility through digital records of item usage and movement.
  • Higher operational efficiency by enabling mobile RFID-based workflows.
  • Advanced healthcare digitalization through the integration of RFID technology and intelligent medical supply management.
By deploying Chainway C72 UHF RFID Readers, the US healthcare organization improved surgical supply traceability, strengthened OR management processes, and established a more reliable RFID-enabled healthcare workflow.
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