Expand Nurse Call Automation with Real-Time Asset Tracking
Healthcare facilities leveraging Location Services for nurse call automation can expand to Real-Time Location Systems (RTLS) for asset tracking, which addresses critical challenges like mandatory preventative maintenance compliance and costly equipment loss by improving equipment visibility, reducing hoarding, and preventing loss, thereby enhancing clinical engineering workflows and overall operational efficiency.
Many healthcare facilities are using Location Services to automate nurse call cancellation and improve staff workflow. With this infrastructure in place, facilities can easily expand to include Asset Tracking and Management. Leveraging a Real-Time Location Systems (RTLS) for assets provides efficient workflows related to loss prevention, equipment distribution, and preventative maintenance.
Challenges of Asset Management in Healthcare
Preventative Maintenance
Preventative Maintenance (PM) of medical equipment is becoming extremely critical. With the advent of mandatory 100% compliance imposed by Joint Commission in July 2017, clinical engineering teams across North America are under tremendous pressure to perform manufacturer recommended PMs in a timely manner. On average, clinical engineering teams spend 2,000 labor hours annually looking for mobile equipment that require preventative maintenance and still achieve roughly 94% compliance. In addition, lack of location visibility disrupts mobile equipment sharing models causing hoarding, perceived shortages, and over procurement that strains the clinical engineering team further.
Loss Prevention
Hospital buildings are significantly porous with multiple team members entering and exiting the facility while serving patients, receiving materials such as supplies or equipment, and processing soiled laundry and trash. Such high-volume activities result in unintended negligence causing small, yet costly, medical devices to get wrapped up in soiled linens or in trash bags that leave the hospital with no chance of recovery. It is estimated that a typical 300 bed hospital loses an average of $200,000 annually in equipment loss. This does not account for indirect losses related to absence of a medical device at the point of care when needed, resulting in dissatisfied patients and lower reimbursements.
From Nurse Call Automation to Enhanced Asset Management
CenTrak’s turnkey Asset Tracking solution provides instant location visibility on all mobile medical equipment. Hospitals and other healthcare facilities using CenTrak Nurse Call infrastructure are already enabled to provide 100% room-level visibility to asset tags. The technology can be leveraged by asset tags in various patient rooms, hallway segments, equipment storage, and soiled utility rooms. Providing location visibility not only delivers increased productivity and achieves 100% compliance but also opens opportunities to automate critical equipment sharing workflows to reduce rentals and over-procurement. Using CenTrak’s technology, asset tags can be detected at critical chokepoints to provide audible alerts that prevent loss of equipment.
If you’d like to hear from a customer using Enterprise Location Services for both Asset Tracking and Nurse Call Automation, view this on-demand presentation featuring an HCA Hospital of the Future, Orange Park Medical Center.
Related
BLE Asset Tracking: Guide to Optimizing Hospital Operations
The article explains how Bluetooth Low Energy (BLE)-based Real-Time Location Systems (RTLS), exemplified by CenTrak’s platform, enable hospitals to efficiently track and manage diverse medical assets in real time with near-room-level accuracy, reducing costs, preventing equipment loss, optimizing utilization, and ultimately improving operational workflows and patient care.
RTLS From A Clinical Perspective
The article discusses how Real-Time Location Systems (RTLS) can alleviate the increased workload on clinical staff caused by nursing shortages by automating tasks such as locating medical equipment and logging activities, thereby improving efficiency, reducing non-value-added tasks, enhancing patient care time, and providing significant return on investment for healthcare systems, while emphasizing the importance of clinical staff buy-in for successful implementation.
7 Tips to Improve Patient Flow in Hospitals
The article discusses how hospitals can enhance patient flow—the efficient movement of patients from arrival to discharge—by leveraging IoT technologies and strategies such as real-time location systems integrated with electronic health records, which reduce wait times, improve care quality, decrease costs, and increase staff satisfaction, exemplified by Oregon Medical Group's successful implementation of CenTrak's patient flow software to optimize workflow despite challenging facility layouts.
Leveraging Bluetooth Low-Energy Technology in Healthcare
Bluetooth Low Energy (BLE) technology is transforming healthcare by enabling low-power, reliable wireless connectivity in medical devices, remote monitoring tools, and wearables, with BLE Real-Time Location Systems (RTLS) enhancing security, asset and patient tracking, and staff workflow optimization to improve patient care and operational efficiency.
IoT Devices for Healthcare Facilities
CenTrak offers scalable and flexible IoT RTLS devices and wearables—including BLE, Multi-Mode, and clinical-grade options—for healthcare facilities to locate, monitor, and analyze patients, staff, and assets in real-time, enhancing workflow optimization, safety, cost reduction, and patient and staff experiences through interoperable technology such as UHF, Wi-Fi, Low Frequency, and Gen2IR with features like waterproofing, motion sensors, tamper detection, and configurable buttons.
Questions Hospital Staff Is Asking That RTLS Tech Answers
The article explains how real-time location systems (RTLS), using technologies like RFID and Bluetooth, enable hospital staff—especially nurses—to efficiently track the precise locations of patients, equipment, and personnel in real time, thereby streamlining clinical workflows, reducing wait times, enhancing patient care, and automating routine tasks across large hospital campuses.