Aug. 26, 2024
Technology advancements change the way healthcare facilities provide patient care. That&#;s why it&#;s important to evolve the patient experience to keep up with the rapidly changing healthcare industry. A smart hospital bed is one way that your facility can use new technology to alleviate healthcare provider burdens, improve patient satisfaction, and boost health outcomes.
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What can these special new hospital beds do for your facility? Follow along as we explain the details of smart bed technology and outline five ways these beds could help your patients and staff.
When you think of traditional hospital beds, you probably picture basic metal gurneys with thin mattresses and flimsy side rails. While most emergency departments and urgent care centers still use these gurneys, many acute care settings have transitioned to using computerized patient beds.
Since the early s, companies have integrated new functions and services into hospital bed design. The industry has built on early features like automatic steering and push-button bed elevation; now, along with built-in computers, smart hospital bed features include:
Multiple manufacturers have developed their own versions of smart patient beds, each with their own unique capabilities and functions. The wide variety of computerized beds on the market allows hospitals to consider an array of options and price points.
When consumers purchase cell phones or home appliances, it&#;s important to consider the features most desirable for them. Similarly, administrators must consider the most preferred preferences of their patient population when choosing a bed for their facility.
You might be asking yourself &#;How can a computerized bed help improve care at my facility?&#; Here are five clear advantages that optimize patient and staff wellness:
Pressure injuries are a major complication in healthcare facilities. They&#;re common among elderly and critically ill patients, especially in intensive care units (ICUs) and nursing homes. A smart patient bed limits the frequency and severity of these pressure injuries.
By improving under-patient air flow, these beds limit the constant humidity and pressure that often cause wounds. Additionally, many beds have a computerized tilting feature; this helps routinely turn patients off of bony prominences, reducing the risk of injury.
Pressure injuries and skin ulcers cost hospitals up to $70,000 per incident, and jeopardize Medicare and Medicaid reimbursement. Hospitals can save money and help their patients heal through the introduction of a computerized bed.
Accurate and timely data collection is important in modern healthcare. Nurses and medical assistants are responsible for charting hundreds of vital signs during every 12-hour shift.
Some smart patient beds are equipped with sensors that allow contactless heart rate, respiratory rate, temperature, and body weight collection. Facilities can integrate the bed collection data into the electronic medical record (EMR) system, making it easy for nurses to document and review a patient&#;s health status.
Smart hospital beds can improve the patient experience. Patients often appreciate features like USB charging ports, remote control head adjustment, and integrated speakers. Helping patients feel a bit more at home is important for improving patient outcomes.
Patient falls are devastating and raise red flags for regulatory agencies like The Joint Commission. Hospitals can reduce the chances of patient injury by introducing computerized beds with built-in alarm systems.
This fall alarm is often built into the mattress, making it easy to initiate in the case of patient delirium. Many of these alarms integrate into the patient call bell system, sending an alert to an overhead speaker or a nurse&#;s cell . By notifying staff members that a patient is trying to get out of bed, these bed alarms can save hospitals an average of $14,000 per fall.
Features like automatic patient turning and weight redistribution mattresses help cut down on the physical labor associated with patient care. Nurses can stay healthy and strong with reduced muscle strain and back pain often experienced with heavy lifting.
Caregivers who work in facilities with smart beds are able to spend time tending to other needs like medication administration and patient teaching. Hospitals can help staff feel appreciated by being able to better prioritize their needs.
Like most change efforts, there are drawbacks to introducing a smart patient bed into your facility.
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The cost of these high-tech beds ranges from $10,000 to $40,000, which turns many smaller facilities or community hospitals away right from the start. Also, computerized beds tend to malfunction or break more often than traditional sturdy beds, making them sometimes difficult to use and expensive to repair.
One of the other issues of smart beds in hospitals is that patient-specific data like weight and temperature can be inaccurate. Features that were built to help nursing staff chart efficiently often malfunction and force nurses to reassess the patient to ensure accurate vital signs.
Smart hospital beds of the future can improve current bed technology and build features that optimize wellness and reduce redundancy for staff. With proper staff training and routine device maintenance, disadvantages of these beds can be minimized.
Introducing a smart hospital bed to your facility is just one way you can improve health outcomes; with IntelyCare, you can follow along in our free newsletter to discover more evidence-based strategies on how to improve the healthcare experience for patients and staff.
The way we approach patient care is always changing due to the disruptive nature of technology in the healthcare industry. Electric ICU Beds are one of the ground-breaking inventions that have revolutionised critical care environments. These cutting-edge beds include a number of technologies that go above and beyond standard hospital beds in order to optimise posture, monitor patients more closely, and increase overall safety and care quality. We explore the crucial part that modern electric intensive care units (ICUs) play in enabling critical care in this blog.
Enhanced Patient Monitoring
Improved patient monitoring is one of the main benefits of modern electric intensive care unit beds. These beds include advanced monitoring systems that let medical staff keep a careful eye on vital signs and other important metrics in real time. Heart rate, blood pressure, and breathing rate are all continually monitored by integrated sensors, which give a complete picture of the patient&#;s health.
Healthcare practitioners are able to make well-informed decisions quickly thanks to this real-time data, which also helps in the early diagnosis of any problems. When monitoring equipment is seamlessly integrated into the bed, fewer extra devices are needed, which streamlines the monitoring procedure and improves overall efficiency in critical care units.
Improved Patient Positioning
A key component of critical care is patient placement, and modern electric ICU beds provide a degree of adaptability and personalisation that conventional beds can not. Because of the numerous movable parts of these beds, medical practitioners may best place patients for a range of tests, exams, and therapeutic interventions.
The adaptability of electric ICU beds improves the patient&#;s overall comfort and well-being, whether it&#;s raising the head for better breathing or changing the bed&#;s height to make it easier for carers to access the patient. In addition to improving patient outcomes, the flexibility to adjust postures reduces the possibility of problems brought on by extended immobility.
Enhanced Safety and Care
In critical care environments, patient safety is of the utmost importance. To meet the specific needs of intensive care, modern electric ICU beds are equipped with a variety of safety measures. These beds frequently include readily adjustable siderails to help avoid unintentional falls and offer extra support while transferring patients.
Additional Benefits
Beyond patient monitoring, improved positioning, and enhanced safety, advanced electric ICU beds offer several additional benefits that contribute to the overall efficiency and quality of care in critical care settings.
Choosing the Right Advanced Electric ICU Bed
If healthcare providers want to improve their critical care skills, choosing the appropriate sophisticated electric ICU bed is essential. Features like robustness, usability, and the availability of support and training should all be carefully considered when weighing your alternatives. Furthermore, ensuring a smooth integration requires evaluating the bed&#;s compatibility with the hospital&#;s current infrastructure and electronic health record systems.
Modern electric intensive care unit beds are a paradigm change in critical care, utilising technology to raise patient safety and overall care by optimising placement, monitoring, and overall patient experience. These beds are essential parts of an advanced healthcare ecosystem that enable providers to provide the best treatment possible in life-threatening circumstances, not merely furniture. Electric ICU beds will surely play a more significant part in driving critical care as technology develops, establishing new benchmarks for patient outcomes in the dynamic field of healthcare.
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