KERRAPRO™ Pressure Reducing Pad
KERRAPRO™ Pressure Reducing Pad
Pressure reducing pads help protect the skin in at-risk patients as part of a pressure ulcer prevention program. Our shaped pads are made from silicone. Silicone is flexible, hardwearing and has the ability to redistribute pressure to protect the skin on bony prominences such as the heel or sacrum.
3M™ Kerrapro™ Pressure Reducing Pad Sacrum/Ankle, KPRO40, 1/bx
KerraPro Sacrum Ankle Shoulder Hip Wrap x 1 Ulcer Prevention - Dressings - KerraPro - EasyMeds Pharmacy
Pressure Reducing Regulators / Pressure Reducing Valves
KerraPro Pressure Reducing Pads
Silicone pressure-reducing pads for the prevention and treatment of pressure ulcers
TAKE THE PRESSURE OFF: These silicone pressure reducing pads redistribute pressure between the skin and contact points such as a bed or another body
KerraPro 4x4x0.1 Silicone Pressure Reducing Pads (KPRO10) – Comfortably Protect Skin by Redistributing and Dissipating Pressure at Contact Points
Pressure Ulcer Prevention ADERMA Dermal Pad Heel Application
CRAWFOLD HEALTHCARE KPRO60/5 KerraPro Pressure Reducing Pads, 50 x 2.5cm (Box/5) – GB TECH USA
Reliable Pressure Relief Pressure ulcers can occur at contact points between the skin and other surfaces when built-up pressure disrupts the flow of blood and oxygen to the skin. KerraPro Silicone Pressure Reducing Pads work to redistribute pressure between contact points, dissipating it over the entire surface of the pad for effective pressure ulcer prevention.
Kerrapro 4x4x0.1 Silicone Pressure Reducing Pads (KPRO10) – Comfortably Protect Skin by Redistributing and Dissipating Pressure at Contact Points
Technoline - Pressure sores can make an unpleasant & uncomfortable bout of enforced bed-rest even more excruciating. #KerraPro Pressure Reducing Pads help prevent pressure ulcers on at risk areas. Available from leading #
Dermisplus Prevent Pressure Pad 10cm x 10cm x 1.2cm x 5 - Dressings - Dermisplus - EasyMeds Pharmacy
Kerrapro Heel Silicone Pressure Reducing Pads (kpro30) Comfortably Protect Skin by Redistributing and Dissipating Pressure at Contact Points for