Best Hospital Bed Pressure Relief Mattresses

Mattresses designed for pressure ulcer management include alternating pressure systems, true low air loss surfaces, and multi-layer foam replacements. Systems like the Rhythm Multi, Duet, and Century Gold assist in treating stage 1 through stage 4 pressure injuries by cycling therapy pressure and redistributing contact points. Clinical policy and risk stage guide whether non-powered foam, low air loss, or rotation therapy is appropriate.

True low air loss systems deliver continuous airflow to manage skin microclimate and dissipate moisture, creating an optimal healing environment. Products such as the MOXI Select Air and Century Gold systems assist in skin protection by reducing humidity and heat buildup across vapor-permeable, fluid-proof covers, while also providing firm modes to assist caregivers during patient repositioning.

Alternating pressure therapy inflates and deflates air cells in timed cycles to periodically offload pressure from different areas of the body. Systems like the MOXI Fusion APT and Enhance RDX employ multi-bladder designs to promote tissue relief, enhance blood flow, and aid in the prevention and treatment of pressure ulcers across various clinical care settings.

Several powered mattress models feature integrated backup protections for power interruptions. Systems like Enhance RDX and Salute RDX employ cell-in-cell designs with static lower air bladders that stay inflated. Other systems, including Duet and Rhythm Multi, are equipped with a convoluted foam base or closed-valve design to provide continuous patient support if electrical power is lost.

The mattress systems accommodate a wide range of user weight capacities depending on the model and width. Standard foam replacements support up to 350 lbs, while bariatric and multi-therapy models like the MOXI Bari Select Air, Century Gold, Rhythm Multi, and DynaFlow Immersion accommodate weights up to 700, 750, or 1,000 lbs.

Many models incorporate specialized heel pressure protection. Features include sloped heel sections, soft heel foam zones, and dedicated air configurations such as Happy Heel or Happy Feet with selectable softness settings. By offloading pressure and floating the lower leg, these designs protect fragile heel tissue from excessive pressure and shearing forces.