Product Description
UltraMax™ is built for extreme comfort with 3-Dimensional Zoning™ core design providing anatomically- calibrated levels of support and immersion throughout the surface.
Repeated head of bed elevating and the patient’s concentrated weight combine to expose the seat section to the highest level of mechanical fatigue. UltraMax™ distinguishes itself by offering unmatched protection from “bottoming out”. A unique cellular structure gives UHP 500 a combination of resiliency, recovery and comfort not achievable with any of the foams commonly used in medical support surfaces.
Beyond its Geo-Matt® segmented top surface, the UltraMax™ provides an additional measure of shearing protection in the form of the silicone-coated, shear minimizing fabric bands located on the underside of its bi-directional stretch cover.
This Shear Transfer Zone™ design helps:
– Prevent heels, sacrum, and scapula from “digging into” surface
– “Glide” user back to original position following HOB elevation
– Protect against damaging effects of micro shear, macro shear, and rotational (pivot-induced) shear
– Provide patient stability by transferring shear to more shear-tolerant anchor points
The cover’s enhanced features include the unique design of the anti-microbial bi-directional stretch cover made with Span’s superior LifeSpan® fabric.
The recessed deck versions of selected Span surfaces, including the Geo-Mattress® UltraMax™, brings our advanced technology to recessed deck beds.
Our engineers have developed a version of the Geo-Mattress® UltraMax™ surface to accommodate the unique design requirements of recessed deck beds. V-shaped edges enable the mattress to fit the recessed deck bedframe, while the compressible section accommodates multiple lengths and foot positions.
Patented design creates an inner bolster “cradle” effect for added safety when the patient sits on or moves toward the bed edge. This protective feature helps direct the patient’s center of gravity safely back toward the center of the bed. Two sturdy fabric handles improve relocation ergonomics.