Long-term bedridden patients face a significant risk of pressure ulcers, a condition caused by prolonged pressure leading to tissue necrosis, which poses a serious challenge to healthcare. Traditional methods of preventing pressure ulcers, such as manually turning patients every 2-4 hours, while effective, undoubtedly increase the workload of healthcare workers and make it difficult to completely prevent pressure ulcer development.
To address this challenge, Bewatec has launched its self-developed smart turning air mattress. With multiple operating modes, the mattress not only significantly reduces the workload of caregivers but also enhances patient comfort. Clinical studies show that the smart air mattress maintains pressure within the range of 20.23-29.40 mmHg, effectively reducing the frequency of turning, increasing patient comfort, and significantly lowering the incidence of pressure ulcers.
Personalized Pressure Adjustment for Precise Pressure Ulcer Prevention
One of the core innovations of the Bewatec smart turning air mattress is its ability to continuously monitor and adjust the mattress pressure based on the patient’s body mass index (BMI). By precisely matching the individual needs of the patient, the mattress maintains optimal pressure at all times, effectively preventing pressure ulcers and providing a comfortable resting experience for the patient.
According to the 2019 edition of the “Pressure Ulcer Prevention and Treatment Quick Reference Guide,” a personalized schedule for position changes and continuous bedside pressure monitoring are crucial for preventing pressure ulcers. The Bewatec smart turning air mattress integrates advanced pressure sensor technology and AI algorithms to display real-time pressure distribution on the mattress, offering personalized guidance for pressure ulcer risk prevention and ensuring each turn is performed accurately and efficiently.
Smart Monitoring and Early Warning System to Enhance Care Safety
Additionally, the Bewatec smart turning air mattress is equipped with a smart monitoring and early warning system. Through data collection and transmission via front-end IoT devices, as well as intelligent processing by the back-end system, the mattress provides comprehensive personalized early warning coverage. Healthcare workers can monitor critical data such as mattress pressure, operating modes, and early warning information in real-time via the nurse station. If an anomaly is detected, the system will immediately issue an alert, enabling caregivers to respond promptly and ensure the safety and health of the patient.
This intelligent monitoring system not only optimizes the care pathway but also enhances hospital management efficiency and care quality, providing safer and more attentive care for patients and achieving the goal of early detection and intervention.
Forward-Thinking Design to Improve Hospital Management Efficiency and Cost Optimization
With its forward-thinking design and outstanding performance, the Bewatec smart turning air mattress has become an ideal choice for hospitals to enhance care quality and reduce the workload of healthcare workers. In addition to improving patient comfort and care efficiency, the smart mattress also shows great potential in optimizing hospital management and reducing healthcare costs.
The Bewatec smart turning air mattress, through its innovative technology and intelligent management, is dedicated to providing patients with a more comfortable and safer medical experience while offering more support for healthcare workers and helping hospitals improve overall operational efficiency and care quality. Every detail of its design reflects a commitment to life, professionalism, and a warmer, more efficient future for healthcare.
About Bewatec
Bewatec is dedicated to providing innovative medical products and solutions, specializing in the development and promotion of smart care devices. Through cutting-edge technology and precise intelligent design, Bewatec continually drives progress and development in the healthcare industry, providing safer and more comfortable treatment environments for patients while improving the efficiency and well-being of healthcare workers.
Post time: Jan-13-2025
