ROHO High Profile Single Compartment Wheelchair Positioning
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By A Mystery Man Writer
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4.8(316)
Product Description
The ROHO High Profile Single Compartment Wheelchair Cushion features 4 inch (10 cm) interconnected air cells to provide an adjustable, low deformation, counter-pressure env
ROHO High Profile Single Compartment Wheelchair Positioning Cushion
Crown Therapeutics QS1010C - McKesson Medical-Surgical
ROHO High Profile Cushion
Roho High Profile Single Compartment Cushion - 20 x 20 in.
For enhanced wheelchair seating comfort, look to the superior therapeutic pressure redistribution, skin protection, and positioning offered by the Titanium Gel/Foam cushion from Drive DeVilbiss. The Titanium cushion's combination of resilient, high density foam and a central dual chambered gel bladder allows for user immersion and encourages proper seating posture. Each Titanium cushion also features a medium contour for leg abduction and additional positioning assistance.
Drive Medical Titanium Gel/Foam Wheelchair Cushion 18 x 22
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ROHO High Profile Single Compartment Wheelchair - 16, 18, 20 inch
ROHO High Profile Single Compartment Wheelchair Cushion 23.50x23.50x4.25 1R1313C
ROHO High Profile Single Compartment Wheelchair Positioning Cushion
This cushion offers an optimal environment for individuals with skin/soft tissue integrity issues. The cellular design and the soft pliable material allow the individual to be immersed into the cushion for maximum pressure redistribution while decreasing friction and shear. The simple adjustment allows the cushions to fit the shape of the individual minimizing tissue deformation and maximizing blood flow.
Roho High Profile Single Compartment Cushion > 20 - 21.75 x 20.00 x 4.25
This cushion offers an optimal environment for individuals with skin/soft tissue integrity issues. The cellular design and the soft pliable material allow the individual to be immersed into the cushion for maximum pressure redistribution while decreasing friction and shear. The simple adjustment allows the cushions to fit the shape of the individual minimizing tissue deformation and maximizing blood flow.