Can RTLS be Used to Ensure Patient Safety and Quality Care?
High-performance real-time locating systems (RTLS) with supreme accuracy and immediate location updates can effectively ensure patient safety and quality care by accurately monitoring hand hygiene compliance, nurse rounding adherence, and the proper cleaning of mobile medical equipment, thereby overcoming the limitations of traditional subjective reporting methods.
Can real-time locating systems (RTLS) be used to effectively monitor compliance with standard patient safety procedures and protocols? The answer is surprisingly "yes." However, this is only true when the installed RTLS has supreme accuracy and near immediate system location update speeds. The combination of inaccurate (zonal) and stale (delayed-location update speeds) data serves little value. Assuming the RTLS system is highly accurate and works in real-time, below are five applications where a high-performance RTLS can be used effectively to ensure patient safety and high-quality care:
1. Hand Hygiene Compliance
Almost every hospital has initiated some type of protocol to ensure that physicians and clinicians are washing hands properly prior to interacting with patients. To measure compliance levels, hospitals have traditionally implemented self-reporting systems or "secret shoppers" to report on fellow staff members. These manual reporting methods are subjective and inaccurate. Instead, hospitals could utilize RTLS applications to monitor real interactions between patients and hand washing dispensers for automatic reporting that is accurate and reliable.
2. Nurse Rounding
Studies show that a systematic nurse rounding program reduces patient falls, reduces call lights, and increases patient satisfaction. Hospitals have spent millions on consulting to help implement rounding initiatives. RTLS technology that can deliver room/bed-level accuracy may be used to monitor that nurses are following rounding protocols and can proactively alert nurses when it is time to round on a particular patient.
3. Dirty Mobile Medical Equipment Surveillance
RTLS systems can be configured to monitor the location of mobile medical equipment such as infusion pumps in near real-time at room level. This visibility allows business logic to determine if medical equipment has moved directly from one patient room to another without passing through a designated cleaning area first. This situation could then trigger an alarm in the form of an email or text message and also cause the asset tag on the pump to flash an LED light and/or emit an audible alarm.
4. Par Levels
Quick access to mobile medical equipment is a cornerstone of any hospital patient safety program. RTLS technology that reliably delivers room/bed-level accuracy allows hospitals to monitor par levels of clean equipment of all types, ensuring that clean and ready equipment is available and close by when needed by a patient.
5. Equipment Readiness
All mobile medical equipment is on a preventative maintenance schedule to ensure it is safe for patient use. What happens when a hospital's clinical engineering department cannot easily locate equipment that needs regular maintenance or, even worse, is subject to a manufacturer recall? RTLS asset tracking applications provide technicians with increased visibility to quickly and easily locate medical equipment to ensure it is always in safe working order for patients.
To learn more about using RTLS Technology to help ensure patient safety and quality care, visit www.centrak.com.
Related
The Possibility of Eliminating HAIs Using RTLS
Healthcare-associated infections (HAIs), which affect about one in 31 hospital patients daily and include types such as CLABSIs, CAUTIs, SSIs, and VAP, result from inadequate hygiene and pose serious health and financial risks, but can be mitigated through comprehensive infection control measures and the use of real-time location system (RTLS) technology to enhance prevention and hospital operational insights.
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.
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.
Achieving the Quintuple Aim of Healthcare: How RTLS Can Help
Real-Time Location Systems (RTLS) enhance healthcare by supporting the Quintuple Aim—improving patient experience through efficient workflows, wayfinding, and communication; advancing population health; reducing costs via optimized resource management; improving healthcare providers' work life; and fostering care team satisfaction through real-time tracking of equipment, staff, and patients.
The Secret To Gaining Staff Buy In For RTLS
The article explains that gaining staff buy-in for Real-Time Locating Systems (RTLS) in healthcare hinges on clear communication to dispel myths and demonstrate benefits such as enhanced staff protection through discreet emergency alerts, improved efficiency via accurate location tracking, and better documentation of response times, all of which contribute to safer, more efficient patient care environments.
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.