Span America Geo-Matt Therapeutic Overlay with Tubular Soft Skin Sleeve

The Span America Geo-Matt Therapeutic Overlay w/ Tubular Soft Skin Sleeve Features:

• #1 selling therapeutic overlay in the US
• Clinically proven in the prevention and treatment of pressure ulcers
• Top surface is cut using exclusive Geo-Matt design, which creates more than 800 individually responsive foam cells that are anatomically sized to area of the body
• Zoned design delivers ideal support characteristics needed at the head, torso, and lower extremities
• Independently absorbs pressure points and allows the cells of the Geo-Matt to customize support to the natural curvature of the body while minimizing the effects of pressure and shearing
• “Ring-of-Air®” feature helps to ventilate the surface, channeling heat away from the patient to minimize perspiration build-up
• Weight capacity of 250 lbs
• Standard size: 33″ width x 72″ length x 3.5″ height
• Many configurations, sizes, and covers are available to meet the specialized needs of the O.R., long term care and pediatric/neonatal populations

Optional Geo-Matt with Washable Cover:

• Cover is made of bacteriostatic fabric that is fire resistant, fluid-proof, tear resistant, replaceable, and easy to clean
• Pleated design allows for full integration with mattress’s Geo-Matt style shear-relieving surface while minimizing hammocking

Optional Soft Skin:

• Geo-Matt is also available with tough, flexible Soft Skin® sleeve for protection from fluids

GeoMatt Cut Foam Top:

• High density, medical grade foam
• 3.5″ in height

Upper Head Section and Lower Foot Section:

• Smaller cells at head and foot sections to disperse pressure over these sensitive areas

Body Section:

• Larger cells to provide pressure dispersion over the torso

Inset of Geo-Matt Close-Up:

• Unique Ring-of-Air feature allows each cell to act individually to conform to body
• Assists in removing heat and moisture from the body by channeling heat and vapor away
• Reduces shearing by allowing the individual cells to move independently, reducing pull on the skin