High-Elasticity Foam Mat

Cushioning mat system for home care environments providing comfort and pressure relief. Suitable for patient positioning and comfort during extended rest periods.

Moulded high resiliency foam (HR) for pressure ulcer prevention and medical comfort applications. This therapeutic foam is engineered to distribute body weight evenly, reducing tissue compression and ischemic injury risk in immobilized or bedridden patients. Designed for integration into anti-decubitus mattresses and cushioning systems to support prolonged immobility care.

High-density foam material for pressure distribution and cushioning. Used in positioning and pressure injury prevention.

Moulded viscoelastic foam with memory effect designed for pressure ulcer prevention and management. This therapeutic support surface reduces tissue compression and ischemic injury in immobilized or bedridden patients. The foam conforms to body contours while distributing pressure evenly, improving comfort and sleep quality for high-risk patients.

Foam-based mattresses designed to prevent pressure ulcers and bedsores through cushioning and weight distribution.

Viscoelastic foam cushion providing advanced pressure distribution and support. Adapts to body contours for enhanced comfort and therapeutic benefit in seating applications.

A foam mattress designed for prevention and management of pressure injuries. The mattress provides pressure relief through specialized foam technology to support patient comfort and skin integrity.

Mattresses designed for pressure ulcer prevention and rehabilitation purposes. Available in foam and pneumatic options to meet various patient needs and care requirements.

Customized medical-grade foam engineered to redistribute pressure and minimize pressure ulcer risk. Suitable for patients requiring extended bed rest or wheelchair use.

Specialized wheelchair cushion providing pressure relief and postural support for seated patients.

Innovative foam substitute engineered to reduce pressure on body surfaces and prevent pressure injuries in medical applications. The material combines improved breathability with ergonomic support for enhanced patient outcomes in healthcare settings.

Japanese-patented foam substitute technology used in medical cushions to provide ergonomic support and reduce pressure points. Tested to prevent and reduce pressure injuries while maintaining optimal stability and durability for patient use.