Greenville Hospital has deployed UHF RFID to help track expensive surgical instruments and other medical equipment to reduce losses and the time spent locating them. As the largest health care system located in South Carolina, Greenville Hospital System University Medical Center count 1,268 licenced beds, and 1,250 physicians out of 10,500 employees.
The hospital has implemented EPC Gen 2 RFID tags to help identify surgical probes that are often accidentally thrown away after procedures. Because the probes are small, they are sometimes entangled in the linens after surgery.
Standard trash bins
Most of these linens are either disposed of outright or sent through harsh laundry and sterilisation procedures. Since the probes can cost anywhere from $17,000 to upwards of $35,000 each, losses can quickly add up.
Columbia, South Carolina-based Integrated Business Systems and Services (IBSS) developed an RFID solution for the organisation’s 750-bed tertiary hospital that leveraged Greenville’s existing Cisco wireless LAN, along with Xerafy passive RFID tags, ThingMagic EPC Gen 2 Mercury5 and Astra RFID readers, and an RFID portal from Industrial Portals – a division of Jamison Door. IBSS installed a heavy-duty Mercury5 RFID portal for the OR linen cart exit to the laundry and decontamination rooms. All linens are moved through this hallway and placed in biomedical or standard trash bins, or in a holding area for cleaning.
Passive RFID tags
To tag the small surgical probes, IBSS selected Xerafy’s durable XS UHF tags
If a probe passes by the portal in one of the laundry carts, an audible alarm sounds. Information about the event is communicated via the Wi-Fi network to the IBSS SynTrack for Healthcare application, which issues e-mail alerts to the appropriate personnel.
To tag the small surgical probes, IBSS selected Xerafy’s durable XS UHF tags. The world’s smallest ruggedised passive RFID tags have a read range of 5 to 6 feet and can be embedded easily in surgical tools without interfering with their use. The XS Series is designed to comply with the most stringent FDA requirements to CPG Sec. 400.210 for RFID use and ISO-10993 for Biocompatibility and FCC compliance to Part 15.231a. The tags are rugged and will withstand 1,000 repeated autoclave sterilisation cycles.
Probe-tracking application
The hospital reports that no devices have been lost since the RFID system went live, and return-on-investment was expected within one year. Following the successful deployment of the probe-tracking application, the hospital began deploying ThingMagic Astra UHF RFID readers throughout its main facility to track other mobile medical devices. Ultimately, the hospital plans to track to up 5,000 mobile medical assets.
In addition to providing instrument tracking, Xerafy’s RFID tags can track the progress of the decontamination, sterilisation, and staging processes. This can help staff ensure compliance with sterilisation procedures, calibration, and certification. The benefit of risk mitigation to the hospital and efficiency in locating any piece of tagged equipment makes RFID tracking inevitable for the healthcare industry.
- Network / IP
- Application security
- Industrial security
- Hospital security
- Healthcare security
- Security devices
- Security installation
- Radio frequency Identification
- Security training
- Industrial security systems
- Wireless security
- Network cameras
- Security service
- Industrial surveillance
- Human identification system
- Physical Security Information Management (PSIM)
- Network Video Recorders
- Warning Devices
- Video surveillance
