Innovations in hospital chair design are impacting patient empowerment, efficiency in clinical spaces and healthcare workflows. From ergonomic designs that support staff well-being to patient-centric solutions that improve treatment outcomes, these advancements are helping healthcare facilities better serve patients and medical professionals alike.
Empowering patients to adjust lighting, access personal storage and change their posture throughout a visit provides them with control during an otherwise stressful time. These innovations also help create spaces that feel less like a medical office and more like home.
ADA Compliant Chairs
The seating in a hospital can have a profound effect on patients and caregivers. A comfortable chair can reduce patient pain, foster better outcomes, and free up valuable time for hospital staff to focus on other care activities. One such chair, the HiBack Chair, is revolutionizing patient seating.
Its unique design and functionality can help nurses work more efficiently, reduce manual handling strain, and improve patient outcomes. In addition, the chairs can be cleaned quickly and easily. And because they are modular, any part that is damaged can be easily replaced without replacing the entire seat.
Healthcare workers have a lot on their plates, but it is important to make sure they are not working in an uncomfortable or unsafe environment. The nursing profession is seven times more likely to develop musculoskeletal disorders than other private sector employees, and transfers and positioning of immobile patients are the most common causes of injuries.
To address this issue, MTI has worked with the ADA compliance standards to make sure that patients are never in a compromising or unsafe position during an exam or procedure. The result is the 829 Series Chair, which offers ADA compliance in all its base versions – standard, swivel, or mobile transfer – and features SmartTech technology, which combines MTI’s innovative Smart Controller and Smart Safety technology with a centralized computer controller that enhances safety, reduces energy consumption, ensures smooth movement, and provides additional memory options for specialty healthcare needs.
Tapered Back Sections
Many traditional hospital chairs have a large seat base with little contact surface. This can lead to instability when patients try to stand up and often creates a trip hazard for staff members who must move the chairs between patients. Additionally, the chairs are often too high and can cause back strain for carers. In order to reduce these risks, medical furniture manufacturers are designing chairs with tapered back sections to provide better support for patients.
Another trend in modern healthcare furniture design is focusing on aesthetics to make waiting rooms more welcoming and relaxing. For example, soft colors and curved edges can help create a soothing environment that can reduce patient stress. Additionally, seating designs that can be used to define private spaces in larger waiting areas are also becoming more popular.
When selecting a hospital chair, it’s important to consider the variety of mobility options to suit different medical needs, ensuring that patients can move comfortably and safely during their recovery. Innovations in hospital chair design are transforming the way medical facilities operate, providing patients with more comfort and reducing physical strain for doctors and nurses. From ergonomically designed tables and chairs to a wide range of accessories, these innovations are creating healing environments that prioritize the patient’s needs and improve the overall patient experience. Linear actuators play a key role in these advancements, providing the power and precision movement needed to implement innovative features in medical furniture.
SmartTech(tm) Technology
When it comes to patient care, smart technology is transforming the medical industry. Increasingly, doctors are using remote monitoring and robotics to perform surgical procedures. One example is a long-distance robot-assisted lung cancer surgery in Northwest China, performed by doctors from Shanghai’s Cancer Care Center over a distance of 5,000 kilometers (3,107 miles).
Other innovations are being used to improve the overall patient experience. Embedded sensors in hospital beds and seating can monitor vital signs, movement, and sleep patterns and provide real-time data to caregivers. This helps reduce pressure ulcers and alerts staff if a patient is struggling to get up unassisted.
Patient comfort is also improving thanks to the use of ergonomic furniture that is designed to reduce stress and encourage healing. Features like central caster locks, a wall-hugger mechanism, and seat back options for reclining have been implemented to help nurses and patients move around more easily. Stylish chairs that allow patients to recline with the touch of a button are also being introduced, and these can make a big difference in patient satisfaction surveys.
The 2021 Healthcare Design Expo + Conference featured many innovative ideas for better patient care. Steelcase Health team members attended the event and gathered insights from a variety of healthcare leaders. The following six trends are based on these discussions.
Eco-Friendly Materials
In the healthcare sector, there is a growing awareness of sustainability and green practices. Hospital furniture made with eco-friendly materials is a trend that is helping to reduce the amount of waste generated by hospitals. Whether it’s using recycled plastics or sustainable wood, eco-friendly materials are a great choice for hospitals looking to minimize their environmental footprint.
Another advantage of using eco-friendly materials is that they are more likely to be durable and long-lasting. This helps to keep replacement costs low and extend the life of healthcare furniture. It also means that less medical waste is disposed of in landfills, which contributes to a safer environment for everyone.
Hospitals are often subject to changing patient volume and varying healthcare functions, which requires adaptable facilities that can quickly change from one room type to the next. Innovative design features, such as movable walls and convertible furniture, can help to increase flexibility and improve the efficiency of hospital space.
Having ergonomically designed furniture in the hospital can help to relieve stress on staff and improve patient care outcomes. This is especially important in the case of healthcare chairs, where the patient is often left sitting for extended periods of time. Ergonomically designed chairs like the HiBack chair support patient comfort and wellbeing, reducing manual handling strain for healthcare staff and improving patient outcomes. The HiBack chair’s modular design allows for interchangeable cushions and replaceable components to ensure infection control is maintained, while the raked seat and angled backrest promote postural stability and prevent deconditioning.
Patient-Centric Designs
Patient-centric designs are revolutionizing healthcare furniture. Patient-centric design focuses on the patient’s unique needs, preferences and experiences to create an environment that supports their healing process. It improves upon the traditional provider-centric approach by involving patients in decision-making throughout the design process. This is accomplished by engaging them in user research and obtaining feedback during various product life-cycle phases.
Patient-centered design is also focused on empowering patients to take control of their own health, so they can be an active participant in their care. This is done by providing them with a wide variety of customizable features that allow them to personalize their hospital chair and adjust it according to their specific needs and comfort level.
Healthcare facilities outfitted with patient-centric furniture are typically able to achieve higher survey scores, as patients report more satisfaction with their care experience. This is because the ergonomic features of these chairs are designed to address both physical and emotional needs.
The HiBack Chair from PRS Medical is an example of this type of innovation. Its raked seat and angled backrest promote postural stability and support, while its interchangeable cushions ensure that each patient gets a customized fit. Its armrest positioning facilitates smooth side transfers, and its sanitary surfaces make cleaning easy. Its central caster lock system allows nurses to easily lock or release breaks, and its wall-hugger mechanism increases effective floor space in facilities.
Ergonomic Designs
A healthcare environment that promotes ergonomic practices helps reduce the risk of injury to both patients and medical staff. This is because many of the tasks performed by healthcare workers involve repetitive movements and awkward postures that can lead to musculoskeletal injuries over time.
Ergonomic furniture in waiting areas and examination rooms, as well as patient beds that adapt to each person’s unique body type, can prevent healthcare workers from developing these injuries. This, in turn, helps improve patient comfort during consultations and treatment sessions.
Another way that ergonomic designs help improve patient care is by reducing the time it takes for patients to undergo surgical procedures. Frequent transfers can be distressing and dangerous for critically ill patients, especially those who are in need of immediate surgery. All-in-one chairs allow medical professionals to easily move a patient from the ER to the operating room, improving workflow efficiency and minimizing delays.
Innovative furniture design also helps to reduce the spread of health-care associated infections (HAIs) in hospitals. For example, the Carrara guest chair from Kwalu features a sanitized frame that can be cleaned with all 2014 EPA-registered antimicrobial products effective against Clostridium difficile spores. In addition, the seat’s upholstery can be replaced on site with a new piece of fabric without needing to remove the frame from the room. This allows hospitals to keep the surfaces clean, which is key in preventing the growth of C difficile spores.