Alternating Pressure Bed Sore Prevention Pads

Pressure relief in a mattress or overlay refers to the redistribution of body weight across the surface to reduce interface pressure on vulnerable bony prominences. Therapeutic support surfaces utilize technologies such as powered air cells and low air loss systems to protect skin integrity, dissipate heat and moisture, and help prevent the formation of pressure injuries in bed-bound individuals.

An effective overlay system for bedsore prevention actively redistributes pressure and manages skin microclimate. Systems designed for patients at risk, such as low air loss powered overlays, assist in continuous moisture dissipation and targeted offloading. Incorporating adaptable components, such as removable heel sections that transition between beds and seating surfaces, provides continuous protection against tissue breakdown.

The MOXI Hybrid Select Air Low Air Loss Mattress System supports a maximum user weight limit of 300 lbs (136 kg). It is engineered as a powered overlay system designed for patients categorized under pressure ulcer prevention and at-risk stages, delivering reliable performance and therapeutic pressure management within this specified weight rating.

Yes, the MOXI Hybrid Select Air is designed specifically as an overlay option for existing mattresses. Measuring 36 inches by 80 inches with a 5.5-inch height profile, it integrates directly over standard hospital and home-care bed frames to convert standard sleeping surfaces into powered low air loss therapeutic systems.

The Heal Float feature provides dedicated heel protection while the patient is lying in bed. Additionally, the component is removable, allowing caregivers to transfer it onto seating surfaces such as chairs or wheelchairs to ensure continuous, uninterrupted skin protection and targeted pressure redistribution across various patient resting environments.

Low air loss therapy delivers a continuous flow of air across the surface to help manage the patient's skin microclimate. By improving moisture dissipation and minimizing heat buildup between the patient and the mattress cover, the system helps maintain skin integrity and minimizes risk factors associated with prolonged bed rest.