Healthcare CMMS is the backbone of any hospital’s maintenance and calibration management strategy. It schedules, tracks, and manages the upkeep of medical devices, ensuring they function correctly and comply with regulatory standards. Gaining visibility into all stages gives healthcare facilities complete control, allowing them to ensure that work orders are delivered on time and assets are up and running. Hospital RTLS technology, on the other hand, is a game-changer in asset management, using sensors and tags to allows hospitals to track the exact location of assets, personnel, and patients in real-time.Whether it’s locating a mobile X-ray machine or a vital infusion pump, RTLS ensures that hospital staff can find what they need, precisely when they need it.

The Synergy of Hospital CMMS and RTLS: A Revolution in Hospital Efficiency

When CMMS and RTLS are integrated, the benefits are multiplied. This powerful combination creates a seamless flow of information and action, transforming how hospitals manage their assets.

Streamlined Maintenance and Calibration

Routine maintenance and calibration are crucial for ensuring that medical assets function correctly and comply with health regulations. With the integration of CMMS and RTLS, these tasks become more efficient. Asset Maintenance Management through Hospital CMMS takes preventative maintenance and calibration processes to the next level, allowing you to schedule, track, and manage all activities in a single centralized dashboard without any paperwork. You can extend the life of your assets by implementing this RTLS-enabled CMMS for hospitals, reducing the need for costly replacements and expensive emergency repairs. Most importantly, eliminates patient safety risks.

Instant Breakdown Response

Asset breakdowns can have serious consequences in the fast-paced environment of a hospital. With an integrated CMMS and RTLS system, technicians receive instant notifications of breakdowns, along with the real-time location of faulty assets. This eliminates the need for time-consuming phone calls or manual searches. This AI-assisted Healthcare CMMS software allows hospital staff to easily submit a breakdown request across the hospital via the mobile application, and each request is instantly assigned to the appropriate biomedical technician. The AI assistant ensures that technicians have the most effective strategies at their fingertips. Through the AI assistant, technicians can access step-by-step troubleshooting instructions tailored to the specific asset and issue at hand. Once the repair process is completed, the requester is notified of the asset’s status. As a result, healthcare facilities can be confident that breakdown requests are handled, assets are in proper working conditions, and the hospital is making the most of its investments.

Enhanced Asset Tracking and Utilization

Hospitals are often vast, complex environments, making it challenging to keep track of every movable asset. RTLS solves this problem by providing a real-time map of all assets and continuously monitoring the location and status of medical assets. When integrated with hospital CMMS, it can relay the asset’s status — whether it is fully operational, partially functional, or completely down. With the RTLS-enabled Asset Maintenance Management product, hospital staff are always aware of asset availability and can plan accordingly. Hospitals can ensure that critical devices are always available where they are most needed. This leads to more efficient use of hospital assets and can even reduce the need for costly asset purchases or rentals.

Improved Staff Efficiency and Patient Care

The integration of hospital CMMS with RTLS also revolutionizes how tasks are managed and completed in a healthcare setting. Hospital staff and technicians receive instant notifications about maintenance needs or breakdowns, complete with the real-time location of the affected assets. With these real-time updates, tasks are completed in a shorter time frame, maximizing asset uptime and improving staff utilization. Technicians can prioritize their work based on the urgency of the requests and the location of the assets, ensuring that the most critical tasks are handled first. Moreover, this “IoT for Healthcare” concept digitizes asset assignment by allowing hospital staff to receive instant real-time notifications if an asset under their care is moved to another location.

Ultimately, the goal of any hospital technology is to improve patient care. CMMS for hospitals streamlines and automates the entire maintenance, calibration and breakdown process, from work order creation to assignment and tracking. With a centralized platform, CMMS healthcare software enables seamless communication between technicians and departments, reducing response times and eliminating bottlenecks. Asset Maintenance Management with RTLS capability & CMMS availability product ensures that tasks are promptly addressed, minimizing downtime and allowing healthcare providers to focus on delivering exceptional patient care.

Conclusion

As healthcare continues to evolve, hospitals must embrace new technologies that enhance efficiency, reduce costs, and improve patient outcomes. By combining the power of real-time asset tracking with comprehensive maintenance and breakdown management, healthcare facilities can achieve unprecedented levels of efficiency and reliability. This “IoT for Healthcare” approach is paving the way for a smarter, more connected, and ultimately more effective healthcare system.
In the end, it’s not just about technology; it’s about creating a hospital environment where every asset, every staff member, and every patient is connected in a seamless, efficient, and responsive network. This is the future of healthcare management — one where technology serves as the foundation for better care, better outcomes, and a better experience for everyone involved.
Ready to take your asset management experience to the next level with RTLS-enabled ChatGPT-assisted Asset Management? Apply now for 2 weeks free trial and a one-on-one personalized demo!

Revolutionizing Asset Management with the Power of Hospital CMMS and RTLS Asset Tracking was originally published in Borda Technology on Medium, where people are continuing the conversation by highlighting and responding to this story.

Hospitals face the constant challenge of managing vital assets like infusion pumps, wheelchairs, and defibrillators. These items are crucial for delivering timely, effective care, yet traditional methods of asset management often leave hospitals grappling with misplaced asset, underutilized resources, and rising operational expenses. The result? Overworked staff, strained budgets, and compromised patient outcomes.

This is where Real-Time Location Systems (RTLS) steps in. Hospital RTLS transforms chaos into clarity. With IoT-enabled sensors and advanced tracking technologies, hospitals can ensure their asset is always where it’s needed, when it’s needed. No more unnecessary searches, no more redundant purchases — just seamless, efficient operations that put patient care first.

Why Hospital Asset Tracking Matters

Hospitals are complex ecosystems that rely on a diverse array of assets — ranging from infusion pumps and wheelchairs to defibrillators and portable monitors — to deliver timely and effective care. These assets are vital for both routine operations and emergency responses. However, inefficiencies in asset tracking can create significant challenges, including:

• Wasted Staff Time: Nurses, technicians, and other staff often spend valuable time searching for misplaced or unavailable assets. This not only delays patient care but also reduces the time staff can dedicate to critical tasks, impacting overall productivity and morale.
• Decreased Asset Utilization: Poor visibility into how and where assets are used results in some assets being underutilized while others are overused. This imbalance leads to inefficient resource allocation, and missed opportunities to optimize workflows.
• Redundant Purchases: Without accurate tracking, hospitals frequently assume assets are lost or insufficient in number, leading to unnecessary purchases or rentals. This wastes budgetary resources that could be better allocated to improving patient care or upgrading facilities.
• Increased Operational Costs: Poorly managed maintenance schedules lead to asset downtime, costly emergency repairs, and shortened asset lifespans. Additionally, unexpected breakdowns can disrupt workflows and compromise patient safety.

These inefficiencies accumulate into significant financial and operational burdens, ultimately hindering a hospital’s ability to deliver quality care.

How RTLS Asset Tracking Solves These Challenges

RTLS asset tracking provides hospitals with the tools to overcome these obstacles. By offering real-time visibility into the location, movement, and usage of assets, RTLS transforms asset management process. Key benefits include:

1. Improved Staff Utilization

One of the most immediate benefits of RTLS is its ability to save valuable staff time:

• Quick Asset Retrieval: Instead of wasting time searching for misplaced or unavailable assets, staff can instantly locate critical assets like defibrillators or infusion pumps, ensuring faster response times during emergencies.
• Enhanced Focus on Patient Care: By minimizing the effort spent on asset searches, RTLS asset tracking allows staff to dedicate more time to patient care, improving both workflow efficiency and patient satisfaction.

In high-pressure environments, where every second counts, the ability to quickly locate essential assets can be lifesaving.

2. Optimized Asset Utilization

RTLS helps hospitals make better use of their existing resources:

• Tracking Usage Patterns: Asset Utilization through RTLS asset tracking technology collect data on how and where assets are used, providing insights into which asset is underutilized and which is in high demand.
• Better Resource Allocation: Underutilized assets can be reassigned to areas where they’re needed most, ensuring that every piece of asset contributes to patient care effectively.
• Avoiding Redundant Purchases: With clear visibility into asset availability, hospitals can reduce unnecessary rentals or purchases, ultimately saving on operational costs.

By leveraging these insights, hospitals can ensure that their assets are being used efficiently and effectively, preventing waste and improving operational productivity.

3. Streamlined Maintenance and Breakdown Management (Hospital CMMS)

RTLS doesn’t just track assets — it also integrates with Computerized Maintenance Management Systems (CMMS) to optimize maintenance, calibration and repair processes:

• Automated Scheduling: Through Asset Maintenance Management with CMMS & RTLS systems, maintenance and calibration tasks are scheduled automatically, ensuring they’re completed at the right time without disrupting operations.
• Real-Time Monitoring: Technicians are instantly notified about any maintenance or breakdown requests on the go with the real-time location of assets, eliminating the need for time-consuming phone calls and searches.
• Extended Asset Lifespan: Regular maintenance keeps assets in optimal condition, reducing downtime and maximizing their longevity.

By addressing these pain points, RTLS asset tracking empowers hospitals to make data-driven decisions that enhance operational efficiency, reduce costs, and improve patient outcomes.

Real-World Benefits

Hospitals implementing RTLS have reported significant improvements, including:

• 94% Decrease in Search Times: Staff can locate critical assets quickly, improving response times.
• 90% Reduction in Asset Misplacement: Precise location tracking eliminates unnecessary replacements.

Ready to take control of your hospital’s asset management? Discover how RTLS solutions can help you save costs, improve efficiency, and deliver superior patient care. Contact us today for a free consultation and demo.

Hospital Asset Tracking through RTLS Technology was originally published in Borda Technology on Medium, where people are continuing the conversation by highlighting and responding to this story.

In today’s fast-developing healthcare environment, real-time tracking of assets, patients, and staff is essential for maximizing operational efficiency and improving patient care quality. Traditionally, deploying Real-Time Location Systems (RTLS) has required investment in dedicated infrastructure, creating financial and logistical barriers for many hospitals. However, a new approach leverages existing BLE-supported WiFi access points, enabling hospitals to implement robust RTLS solutions without the need to commission additional hardware. This method dramatically cuts costs and reduces operational disruptions, allowing hospitals to rapidly deploy the system and start benefiting from real-time tracking immediately.

RTLS & BLE-Supported Wi-Fi Access Points for Zone-Level Tracking

RTLS technology enables real-time tracking of assets, patients, and staff within hospitals. By using Bluetooth Low Energy (BLE) based tags and BLE-supported WiFi access points, hospitals can monitor locations and movements at a zone level, enhancing operational efficiency and improving patient care. Bluetooth Low Energy (BLE) is a wireless communication technology known for its low power consumption and high efficiency. Modern wireless access points often come equipped with BLE capabilities, enabling them to detect signals from strategically placed BLE beacons. This integration allows hospitals to implement comprehensive RTLS solutions using their current WiFi infrastructure.

The Benefits of Leveraging Existing Infrastructure

• Significant Cost Savings: Utilizing existing BLE-supported WiFi access points eliminates the need for new infrastructure, making RTLS implementation more affordable. Hospitals can redirect funds typically allocated for new hardware toward other critical areas of patient care and facility improvement.
• Minimized Operational Disruption: By using the existing WiFi network, hospitals can deploy RTLS solutions with minimal interference, ensuring a seamless transition that does not disrupt daily activities or compromise patient care.
• Faster Deployment: Leveraging existing infrastructure allows for quicker deployment of RTLS solutions. Hospitals can swiftly begin to benefit from real-time tracking capabilities, enhancing efficiency without the lengthy installation processes associated with new systems.
• Scalability and Flexibility: Existing WiFi networks provide a scalable foundation for RTLS solutions. As the hospital’s tracking needs grow, additional BLE beacons can be easily integrated, allowing the system to expand without major overhauls.

Application Areas

Asset Management and Utilization through Asset Tracking

Leveraging hospital RTLS for asset management and utilization through existing access points in hospitals offers significant advantages in operational efficiency and cost-effectiveness. By utilizing BLE-supported access points already in place, hospitals can track the real-time location of critical assets such as wheelchairs, infusion pumps, and other essential items at a zone level without the need for extensive infrastructure investments. This seamless integration ensures precise asset tracking, optimizes asset usage, reduces loss, and minimizes the time staff spends searching for necessary assets.

Implementing hospital RTLS through existing access points enhances visibility into asset utilization patterns, allowing for better resource allocation and maintenance scheduling. Hospitals can gain insights into asset usage trends, identify underutilized assets, and make informed decisions to improve operational workflows. Additionally, this technology can significantly improve patient care by ensuring that critical assets are always available when needed, thus reducing delays and enhancing the overall efficiency of hospital operations.

Patient Flow through Patient Tracking

Hospital RTLS technology, integrated with existing BLE-supported access points, enables efficient tracking and reporting of patient movements within the hospital. This allows healthcare facilities to monitor and document when patients move from their rooms to the operating theatre or any other department. For example, the system can track if a patient passed through a specific geofence at a certain time, entered surgery, is in transfer, or is on the patient floor.

Using access points already installed throughout the hospital, RTLS provides real-time visibility into patient locations without the need for additional infrastructure. This integration helps streamline patient flow, reducing waiting times and improving the overall patient experience. Detailed reporting of patient movements ensures better coordination among care teams, minimizes delays, and enhances operational efficiency.

What If You Need a Higher Resolution in Tracking?

Tracking accuracy can vary based on a hospital’s specific needs. Using existing WiFi access points, hospitals can achieve effective zone-level tracking, allowing for the monitoring of assets, patients, and staff within broader areas such as specific wings or departments. This level of tracking is sufficient for many applications, like ensuring that asset is in the right department or monitoring general patient movement between floors. While utilizing BLE-supported WiFi access points for RTLS provides a cost-effective solution for zone-level tracking, there are scenarios where higher resolution is necessary. Accurately pinpointing the exact room where a critical asset is located or determining a patient’s precise location within a few feet can significantly enhance operational efficiency and safety.

Room-Level Accuracy for Staff Duress, and Patient Wandering & Safety

For applications requiring higher resolution, implementing Borda Locator with BLE Angle of Arrival (AoA) technology can provide hospitals with sub-3-foot accuracy. This high-precision tracking is crucial, especially for safety solutions such as staff duress and patient wandering & safety applications.

Staff Duress and Safety solutions allow hospital staff to make an emergency call from anywhere in the hospital with the touch of a button on their Staff Tags. Upon pressing the panic button, a white code alarm is activated and promptly transmitted to security personnel, providing precise, pinpoint location information of the staff duress incident. Security personnel can immediately respond to the exact real-time location, ensuring a swift and precise intervention.

Patient wandering and safety solutions enable the definition of specific areas within the facility as authorized zones. When a patient wearing an RTLS Patient Tag approaches or crosses a predefined boundary, the system triggers alerts. For example, if a dementia patient wearing an RTLS tag approaches an exit door, an alert is generated, allowing staff to intervene. Regarding patient safety, patients can activate the emergency call system with a simple push of a nurse call button on their wristbands. The system identifies the patient’s pinpoint location, enabling nurses to reach them faster than ever before.

Hospitals may need higher resolution for asset management and utilization, enabling them to quickly locate critical assets within a specific room. This reduces the time spent searching and ensures essential asset is always available when needed.

Implementation Steps

1. Infrastructure Assessment: Begin by assessing the hospital’s existing WiFi network. Identify the locations of BLE-supported access points and evaluate their coverage areas. Determine if additional coverage is needed to ensure comprehensive tracking.

2. Configuration of Access Points: Ensure that the existing WiFi access points are configured to detect BLE signals. This may involve updating firmware or adjusting settings to optimize performance for RTLS purposes.

3. Tagging: Label the assets, patients, or staff to be tracked in the hospital with active tags. These tags will communicate with the access points located throughout the hospital, enabling real-time location tracking of the assets, patients, or staff.

4. Mapping: Acquire and configure the hospital’s map to create a format for real-time location tracking. Assets, patients, or staff can be tracked on this map.

5. Integration with RTLS Software: Implement RTLS software capable of processing data from the WiFi access points. This software translates BLE signals into real-time location data, providing valuable insights for hospital management.

6. Testing and Calibration: Conduct thorough testing to ensure the system accurately tracks assets, patients, and staff. Calibrate the system as needed to address any inconsistencies and refine tracking accuracy.

7. Training and Rollout: Train hospital staff on effective use of the RTLS system. Ensure they understand how to interpret data and respond to alerts generated by the system. Promote the benefits of the RTLS solution to encourage adoption and proper usage.

By leveraging existing BLE-supported Wi-Fi access points, hospitals can implement RTLS solutions in a cost-effective and minimally disruptive manner. This approach not only maximizes the use of current infrastructure but also provides significant benefits in terms of safety, operational efficiency, and patient care. As technology advances, hospitals that adopt innovative solutions like this will be better equipped to meet the dynamic challenges of the healthcare industry.

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Hospital RTLS: Utilize Your Wi-Fi Access Points for Advanced Tracking With No Infrastructure was originally published in Borda Technology on Medium, where people are continuing the conversation by highlighting and responding to this story.

The healthcare industry is constantly evolving, and new technologies are being introduced to improve patient care and streamline hospital operations. Two of the most promising technologies in healthcare today, Internet of Things (IoT) and Real-Time Location Systems (RTLS), have emerged as a game-changer for smart hospital operations management. When combined, these technologies offer tremendous potential to improve patient outcomes, reduce costs, and increase efficiency in healthcare.

IoT refers to a network of physical devices, vehicles, home appliances, and other items embedded with electronics, software, sensors, and connectivity which enables these objects to connect and exchange data. The ‘’IoT for Healthcare’’ concept, with its network of interconnected devices and sensors, provides hospitals with a vast web of real-time data.

Real-Time Location System (RTLS) is a system that uses wireless communication to track the real-time location of assets, people, and other objects. In healthcare, RTLS can be used to track patients, assets, and staff, providing real-time information about their location or status.

Complementing the IoT framework, RTLS add an extra layer of sophistication to hospital operations. RTLS utilizes a combination of technologies such as RFID (Radio-Frequency Identification), UWB (Ultra-Wideband) GPS, and Bluetooth to track the real-time location of assets, patients, and staff within the hospital premises.

IoT and RTLS meet in healthcare

When IoT and Real-Time Location Systems meet in healthcare, they create a powerful combination that revolutionizes the way healthcare is delivered. By integrating IoT and RTLS systems in hospitals, the healthcare industry can reap numerous benefits. With real-time data and location tracking, healthcare providers can provide better care to their patients, improve patient outcomes, and create a safer and more efficient healthcare environment.

Providing Better Patient Care

The integration of IoT and RTLS technologies in hospitals revolutionizes patient care through automated tracking and monitoring of patients’ journey throughout the operation theatre process. Patient Flow furnishes actionable data, providing crucial information such as patients’ length of stay pre-op and post-op, transfer times in between, initiation times of surgeries, and more. By pinpointing bottlenecks and identifying the root causes of delays, this advanced system enhances operational awareness, leading to informed interventions that reduce the duration of patients’ stay in the operating room (OR) and enable the treatment of more patients. The implementation of this “IoT for Healthcare” product not only diminishes waiting times but also maximizes the time healthcare providers spend with patients, resulting in an overall improvement in patient satisfaction.

By equipping medical assets with IoT sensors and incorporating RTLS technology, healthcare providers can track the movement and usage of assets, such as wheelchairs and infusion pumps, in real-time. Asset Utilization via RTLS asset tracking capability ensures that these devices are always available when they are needed, reducing the time spend on manual search and extending the time dedicated to delivering critical care to patients.

Enhancing Safety

Safety is one of the most important concerns in any healthcare facility, but this can be difficult given that thousands of patients and hundreds of healthcare staff are present every day. The combination of IoT and RTLS has emerged as a groundbreaking solution, promising to elevate the standards of safety within healthcare facilities by precisely and continuously tracking, patients, staff/personnel and assets.

Patient Wandering product, with RTLS-enabled patient tracking capability, bring forth a robust system that alerts healthcare staff when patients, particularly those at high risk, such as individuals prone to falls or those with Alzheimer’s disease, breach their predefined safe zones. With real-time location data of Patient Tag, attached to patients’ wrists, they can make a Nurse Call at any time of day or night, and healthcare providers can respond more quickly to emergencies. This swift notification system ensures that nurses receive real-time alerts, accompanied by the patient’s precise location data, enabling them to respond promptly and efficiently to the situation at hand.

Infant Safety product integrated with IoT and RTLS presents a cutting-edge approach that provides immediate alerts in the instance of an infant departing from their designated safe area without authorization. The implementation of tamper-proof Infant Tag adds an additional layer of security, offering instant notifications should any attempt be made to tamper with or remove the tag from an infant’s ankle. Moreover, this solution ensures the proper matching of mothers and infants, reducing the risk of confusion or misplacement.

On the other hand, the integration of IoT and RTLS emerges as an indispensable shield, offering unparalleled peace of mind to frontline healthcare workers. Equipped with RTLS-enabled Staff Tags attached to their collars or clipped to their clothing, staff members carry a powerful ally. When the panic button is activated, a swift white code alarm is triggered, transmitting an immediate distress signal to security personnel along with precise real-time location information of the staff in duress. This Staff Duress product not only ensures the constant protection of staff members throughout the facility but also acts as a catalyst in reducing response times dramatically. By accurately pinpointing the exact location of the distress signal, emergency response times become faster than ever.

Efficient Asset Management and Utilization

Managing assets in a healthcare environment has been akin to navigating a complex puzzle. Vital assets, from wheelchairs to life-saving machines, often wander astray, leading to precious time lost in search and retrieval. However, the emergence of IoT and RTLS technologies heralds a new era of asset tracking and management.

RTLS asset tracking isn’t just about knowing where the asset is; it’s about ensuring it’s always where it needs to be, when it’s needed the most. Imagine a scenario where RTLS-enabled tags affixed to medical assets communicate their precise location in real-time. These Asset Tags transmit crucial data, facilitating constant monitoring and allowing hospital staff to instantly locate and retrieve necessary assets. Through the utilization of real-time asset tracking capability, the Asset Utilization product enables hospitals to identify idle assets from heavily utilized ones. It provides insights into actual asset usage rates, facilitating the redistribution of assets to areas where demand is highest. This data-driven approach empowers organizations to make informed decisions regarding purchases, minimizing unnecessary expenses or rentals.

The integration of IoT and RTLS can also optimize hospital asset maintenance/calibration and breakdown management operations. Asset Management (Healthcare CMMS with RTLS capability) product, but much beyond it with RTLS availability and ChatGPT assistant, allows healthcare facilities to manage their maintenance operations, including preventive maintenance and work orders. The AI-assisted Healthcare CMMS software facilitates the seamless submission of maintenance or breakdown requests throughout the entire facility by hospital staff. Each request is promptly assigned to the relevant biomedical technician through a user-friendly mobile application. This Healthcare CMMS also ensures that asset is always available when needed through RTLS tracking capability. Thus, the combination of IoT and RTLS saves staff time, reduces time spent searching for assets, reduces costs, maximizes efficiency, decreases the time it takes to treat patients and ultimately improves operational efficiency.

In conclusion, the combination of IoT and RTLS in healthcare has the potential to revolutionize the way that healthcare is delivered. By providing real-time data, tracking, and information about patients, staff, and assets, these technologies can help to improve patient outcomes, reduce costs, and increase efficiency in the healthcare industry. As technology continues to evolve, it is likely that we will see even more innovative applications of IoT and RTLS technology in the healthcare industry.

Discover our ”IoT for Healthcare” products to transform your hospital operations with IoT and RTLS technology.

Combining the Power of IoT and RTLS in Healthcare was originally published in Borda Technology on Medium, where people are continuing the conversation by highlighting and responding to this story.

1. Define Your Hospital’s Needs

Just as a physician starts with a thorough examination, your journey to the best CMMS (Asset Maintenance Management) begins with an evaluation of your hospital’s specific needs. To identify your organization’s specific needs and goals for hospital CMMS, start by assessing your current maintenance/calibration and breakdown processes. Identify any challenges your company faces and maintenance inefficiencies you want to eliminate. Consider factors such as the size of your organization, the types of assets you have and critical parts required to keep them running, the number of maintenance, breakdown and work order requests you need to manage, and the state and federal regulations you need to comply with.

2. Evaluate Functionality

The right CMMS software should offer an extensive set of features tailored to healthcare. Ensure the hospital CMMS software has the features and capabilities your organization needs to support and automate its specific asset management processes and goals, such as:

a) Streamlined, User-Friendly Preventative Maintenance and Calibration:

A user-friendly interface ensures that the CMMS is accessible to a wide range of users, regardless of their technical expertise. Maintenance staff, administrators, and even non-technical personnel should be able to navigate the system with ease. An easy-to-use interface streamlines the workflow, reducing the time required to learn and use the system. Within this full-featured Asset Maintenance Management, the “Digital Protection Calendar” takes preventive maintenance and calibration processes to the next level, allowing you to schedule, track and manage all activities more efficiently in a single centralized dashboard without the need for any paperwork. With just a few clicks, you can effortlessly schedule all maintenance and calibration activity, swiftly assigning them to the appropriate technician. Once the activity is completed, the requester receives a prompt update on the asset’s status. This efficient, easy-to-use scheduling and coordination system ensures that your requests are handled promptly, keeping your assets in optimal condition and minimizing downtime.

b) Mobile Accessibility for On-the-Go Efficiency:

Hospitals are dynamic environments, and hospital staff are often on the move. A mobile app allows them to access the hospital CMMS from anywhere within the facility, enabling real-time updates and quicker response to maintenance/calibration or breakdown needs. This Healthcare CMMS software allows hospital staff to effortlessly submit a request by sending push notifications or alerts to the appropriate biomedical technician when a new task is assigned or there’s a critical issue such as asset breakdowns. This ensures a swift response to urgent maintenance and breakdown requests. Moreover, mobile apps can leverage the built-in camera of mobile devices to scan barcodes or QR codes on assets, making it easy to access asset information, update maintenance or breakdown records, and streamline hospital asset management.

c) AI-powered assistant: ChatGPT

The AI-powered assistant, ChatGPT, stands ready to provide valuable guidance and support within the mobile app. Through ChatGPT-assisted Breakdown Management, biomedical technicians gain instant access to step-by-step troubleshooting instructions and solutions, all readily available at their fingertips. With just a single click, technicians can delve into a vast of knowledge and expertise, ensuring quick and precise repairs. Consequently, hospitals can have full confidence that breakdown requests are handled properly and efficiently, assets are in optimal working condition, and the hospital is making the most of its investments.

3. Integration Capabilities

A hospital’s ecosystem relies on seamless integration. Your healthcare CMMS software should effortlessly mesh with your existing systems, such as Electronic Health Records (EHR) and WI-FI Access Points of hospitals. For instance, integrating access points into CMMS software allows hospitals to track the real-time location of assets and manage maintenance & calibration and breakdown processes by leveraging existing systems without the need to invest in new infrastructure. This integration leads to improved coordination, real-time data sharing, and, most importantly, better patient care.

4. Regulatory Compliance

Hospitals operate under the strict governance of rigorous regulatory standards. CMMS Healthcare simplifies the process of maintaining comprehensive documentation and records, ensuring hospitals meet regulatory standards effortlessly. The system automates record-keeping, tracks maintenance and breakdown activities, and stands ready to generate on-demand reports. In the event of audits or inspections, hospitals can swiftly access the essential information, thereby ensuring compliance and minimizing the risk of penalties or reputational damage.

5. Bonus: RTLS Asset Tracking & Asset Utilization

While hospital CMMS systems have indeed transformed hospital asset management, there’s one missing piece of the puzzle: the precise location and status of assets. RTLS availability breaks the boundaries of CMMS by instantly providing the real-time location of mobile assets throughout the hospitals. Biomedical technicians are instantly notified about any maintenance or breakdown requests on-the-go with the real-time location of assets using this healthcare CMMS software with RTLS asset tracking capability. The result? Remarkable savings in labor hours by eliminating the need for time-consuming phone calls and searches. The availability of this hospital’s RTLS ensures that tasks are completed in a shorter time, increasing asset uptime and staff utilization. In addition to the benefits of maintenance/calibration management and breakdown management, RTLS technology can be used to locate mobile assets in seconds, regardless of where they are when patient care is required.

Selecting the best healthcare CMMS software for hospitals is a decision that should be made with great care and consideration. It impacts the efficiency of hospital operations, patient care, and even the bottom line. By knowing your unique needs, prioritizing user-friendliness, integration capabilities, and regulatory compliance, plus leveraging RTLS asset tracking, you can navigate the complex landscape of CMMS software selection for hospitals. By embracing CMMS, hospitals embark on a journey toward excellence, where every aspect of their operations is harmonized to provide the highest quality care to their patients. Remember that the right choice is not just an investment in technology but an investment in the health and well-being of your hospital’s patients.

Ready to take your asset management experience to the next level with RTLS-enabled ChatGPT assisted Asset Management? Apply now for 2 weeks free trial and one-on-one personalized demo!

A Prescription for Success: Choosing the Best Hospital CMMS (Asset Maintenance Management) was originally published in Borda Technology on Medium, where people are continuing the conversation by highlighting and responding to this story.

In the fast-paced realm of healthcare, within the halls of the operating theatre, every moment holds significance. Every second saved in patient care translates into enhanced outcomes and improved experiences. In the quest for optimization, Real-Time Location Systems (RTLS) emerge as a beacon of hope, revolutionizing inpatient transfer durations with unparalleled precision and efficiency. With the help of RTLS-sourced data-driven approaches, improving workflows and reducing lost times can increase the efficiency of hospital operations, ultimately leading to a positive effect on patient satisfaction.

Seamless Transfers: The Role of Hospital RTLS in Operating Theatre

Imagine a scenario that a patient scheduled for surgery awaits their moment in the operation theatre. However, the transfer from the pre-op area to the theatre is delayed, causing a ripple effect that impacts scheduling, surgeon availability, and overall theatre efficiency. This is a scenario that healthcare providers grapple with daily, seeking ways to optimize processes without compromising patient care.

RTLS patient tracking technology acts as the beacon of efficiency in this complex landscape. By utilizing a network of sensors, tags, and advanced software, RTLS offers real-time insights into the location and status of patients within a healthcare facility. Patient Tags, worn on the patient’s wrist, equipped with RTLS technology are assigned to patients, enabling precise tracking without affecting their comfort or care. These tags communicate with strategically placed Locators throughout the hospital, providing real-time data on the patient’s location and movement.

In the operation theatre, where every second counts, RTLS patient tracking technology serves as a silent conductor orchestrating the transfer process. With Patient Flow product, nurses and theatre staff can effortlessly monitor the progress from patients’ length of stay in pre-op and post-op, transfer times in between, start times of surgeries, and many more; allowing for precise coordination and timely readiness. Patient relatives are also informed timely updates on the patient’s journeys in OR, such as when the surgery has started and when the patient leaves the operating room, through visual dashboards.

By leveraging the patient’s real-time location data, Patient Flow seamlessly aligns each patient with their designated operating room. In the event of any deviation, visual real-time alerts are promptly generated, guiding the patient to the correct operating room should they enter the wrong one.

RTLS patient tracking technology creates a ripple effect across the healthcare ecosystem, enhancing not only efficiency but also patient satisfaction. Patient Flow improves overall patient satisfaction by reducing idle waiting times dramatically. Smooth transfer of patients to the operation room ensures that operations are executed at planned times and timely transfers reduce patient anxiety, minimize wait times, increase operation theatre utilization and potentially increase the time spent with patients.

Moreover, the benefits of hospital RTLS extend beyond mere tracking. Its data analytics capabilities offer insights into historical transfer patterns, enabling hospitals to identify bottlenecks and inefficiencies. Through comprehensive reports, healthcare providers can implement targeted improvements, enhancing overall operational efficiency and patient experience.

In the pursuit of efficiency and precision within the healthcare landscape, Real-Time Location Systems stand tall as an instrumental force in transforming inpatient transfer processes. Their impact reaches far beyond the confines of hospital walls, resonating deeply with patients and healthcare providers alike. By seamlessly integrating patient tracking technology into the intricate dance of operating theatre logistics, RTLS orchestrates a symphony of efficiency, ensuring timely transfers and minimizing uncertainties. This technology not only optimizes workflows but also symbolizes a commitment to delivering patient-centric care.

The Impact of RTLS Patient Tracking Technology on Inpatient Transfers was originally published in Borda Technology on Medium, where people are continuing the conversation by highlighting and responding to this story.

Hand hygiene compliance has traditionally been monitored using non-technological methods. In traditional methods, trained observers are appointed among the hospital staff and the hand hygiene behaviors of the health staff are monitored and recorded. Direct observation of hand hygiene behavior has some risks: People can change their routine behavior with the awareness of being watched. Since the number of hand hygiene observers is limited in hospitals, it is not possible to observe sufficient numbers of health staff with direct observation.

Elevating Hand Hygiene through Hospital RTLS Integration

Real-time location system (RTLS) integration is reshaping how healthcare facilities approach hand hygiene, promising a higher level of compliance and patient well-being. RTLS technology has various use cases in hospitals such as asset tracking, patient flow/throughput management, patient and infant safety. In addition, RTLS patient tracking capability can be used to monitor hand hygiene compliance. There are two main factors to monitor hand hygiene compliance: Hand hygiene devices such as disinfectant dispensers and hospital staff. In hospitals with RTLS infrastructure, it is possible to fully monitor hand hygiene compliance through RTLS tags.

When healthcare staff enter or leave the patient’s room, they must wash or disinfect their hands in line with worldwide hand hygiene compliance standards. RTLS hand hygiene tracking technology can detect compliance status. RTLS tags can be attached to the hand hygiene device in the patient’s room, and healthcare staff are equipped with RTLS-enabled badge tags. Thanks to RTLS hand hygiene tracking technology, the working time of the hand hygiene device and the healthcare staff using this device can be monitored simultaneously. If the location of the staff is detected next to the device when the device is working, it is understood that hand hygiene has been complied with. RTLS can also generate instant alerts or reminders to healthcare professionals, prompting them to perform hand hygiene when necessary.

In conclusion, RTLS patient tracking technology enables hand hygiene compliance more accurately without the need for direct observation. The integration of RTLS with hand hygiene practices in hospitals signifies a forward-thinking approach to patient care. This synergy between advanced technology and fundamental infection prevention measures not only enhances patient safety but also underscores the commitment of healthcare facilities to delivering the highest standard of care.

Ensuring Hand Hygiene Compliance with RTLS Technology was originally published in Borda Technology on Medium, where people are continuing the conversation by highlighting and responding to this story.