Ethos offers the best in home air fluidized therapy aft technologies for patients recovering from wounds or pressure injuries.
Clinitron sand bed price.
Faster healing rates for safer skin.
Allen l mcgarrah b barrett d stenson b turpin p vangilder c.
Clinitron rite hite system s unique air fluidized therapy minimizes interface pressure while maximizing the surface s immersion and envelopment properties to support healing.
Annals of plastic surgery.
Pressure shear friction heat and moisture.
Clinitron rite hite system s unique air fluidized therapy minimizes interface pressure while maximizing the surface s immersion and envelopment properties.
Clinitron air fluidized therapy beds provide an ideal healing environment for compromised skin by minimizing the forces that cause tissue breakdown.
Pressure shear friction heat and moisture.
Aft also known as a bead bed or sand bed is considered the gold standard for treating stage iii and iv pressure ulcers and can be critical to accelerate wound healing.
Bed height adjustment aids in patient positioning and egress and improves working height for caregivers indications the clinitron rite hite air fluidized therapy unit is intended as a healing environment for compromised skin by minimizing the forces that cause tissue breakdown.
Pressure shear friction heat and moisture.
Air fluidized therapy in patients with suspected deep tissue injury.
Clinitron air fluidized therapy beds provide an ideal healing environment for compromised skin by minimizing the forces that cause tissue breakdown.
The use of clinitron therapy unit in the immediate postoperative care of pressure ulcers.
The clinitron rite hite air fluidized therapy unit is intended as a healing environment for compromised skin by minimizing the forces that cause tissue breakdown.
Clinitron rite hite system s unique air fluidized therapy minimizes interface pressure while maximizing the surface s immersion and envelopment.
Clinitron air fluidized therapy beds provide an ideal healing environment for compromised skin by minimizing the forces that cause tissue breakdown.
Pressure shear friction heat and moisture.
