The recent achievements of science and technology have resulted in an extensive display of new or updated medical devices, able to provide embedded-control functions and interactive features. The medical bed has taken on a variety of new forms and functions since the late 20th century, all while accommodating to both established characteristics that have become known for these devices. As well as the product design and manufacturing processes (standards), the patient (perspectives on environments for patient-care and accessibility) have also changed in the past fifteen years.
Featuring a wide range of public records of intellectual property, models, and related healthcare solutions, as well as relevant research into smart medical beds between 2000 and 2016, we conducted a survey and assessment of market trends, research efforts, and standards. Moreover, a number of relevant contexts are also examined and interpreted, including novel technologies, disability, healthcare systems, and their reach.
Wholesale hospital beds supplier in hebei and medical device supplier China are covering the final stage of the proposed timeline for electric medical beds, including the next generation of electric medical beds. This report discusses the functional, aesthetic, interactive, and surrounding standards of medical beds as well as what is currently happening on the global market. Last but not least, possibilities for additional monitoring and assistive features are examined, as well as how they can be integrated into medical devices and environments.
Multidisciplinary, smart medical beds provide a comprehensive approach to patient care, monitoring, and assistance. Global aging and an explosion of possibilities for accessibility solutions drive research in this field. By seamlessly including smart beds in the healthcare system, caregivers will have an increased chance of improving efficiency and patients will have a more comfortable environment.
During the evaluation, 85 distributors and manufacturers of medical beds were identified from North America, Europe, and Asia. Throughout the hospital, a wide variety of beds covering a variety of needs has been detected (bariatric, elderly, long-term care). The study did not assess the emergency, psychiatric, obstetric, or surgical beds due to its inclusion criteria. It was found that nine companies distribute other brands. A total of 74 manufacturers of medical beds were included after two manufacturers were removed due to insufficient information on the manufactured beds.
Among the features that separate products in the competitive scenario outlined in previous sections, aesthetics and comprehensive design make an impression. Side-rails and panels, the most prominent of these features, also serve to adapt beds to various environments and populations. Based on the analysis of these products and their distribution channels, we could infer that this generation of smart beds is aiming to elicit the following values and responses:
The user experience (institutions, operators, and patients) is highly and increasingly centered on the form, function, and ergonomics of these systems.
With panels and side rails as the main differentiating factors (full/split rails, integrated controls) they fully express the idea of hygiene, safety, durability, comfort, and ease of use (both for patients and caregivers).
In line with the growing technological awareness, these products emphasize embedded functions and high-end technologies. In addition, they assert that this technology is easy to control and invisible.
A comprehensive, multidisciplinary design process has resulted in smart medical beds that offer integrated solutions for patient care, monitoring, and assistance.
In the current market for medical beds, growth potential is huge, and competition is fierce. Different devices for different demographics are being developed, and these devices are expected to include high-end functionality and customizable solutions.
A smart bed's full potential cannot be realized with isolated technological advancements and morphological innovations, but when they're seamlessly integrated into the healthcare system, making caregiving more efficient and patient environments more responsive.