Two thin layers (purple packaging) provide the stiffness required to generate sustained working pressures/low resting pressures to reduce oedema/prevent venous reflux without the bulk of traditional bandages. The interlocking layers cohere to each other, creating an inelastic sleeve that conforms to the limb and reduces the potential for bandage slippage and discomfort.

Two thin layers provide the stiffness required to generate sustained working pressures/low resting pressures to reduce oedema/prevent venous reflux without the bulk of traditional bandages. The interlocking layers cohere to each other, creating an inelastic sleeve that conforms to the limb and reduces the potential for bandage slippage and discomfort.

Protective, transparent barrier film. Alcohol-free formulation is pain-free on broken skin and provides up to 72 hours’ protection before re-application. Non-cytotoxic.

Highly concentrated barrier cream to protect against bodily fluids and moisturise skin. Provides long-lasting protection from skin breakdown.

No-rinse skin wipes for the treatment of incontinence-associated dermatitis (IAD). The wipes contain 3% dimethicone and are biodegradable, pH balanced, perfume- and paraben-free, soft and hypoallergenic.

Durable transparent polymer-cyanoacrylate barrier in a disposable applicator

Non-adherent primary wound contact layer comprising an unique cellulose acetate mesh coated with a soft tack silicone

Non-adherent digit dressing made of a tacky, silicone-coated, open-knit, cellulose fabric with a double-coiled tubular bandage

A non-adherent primary dressing comprised of knitted cellulose acetate mesh impregnated with a petrolatum emulsion. Can be cut to size. Can be used with compression therapy.

A neuromuscular electrostimulation device, powered by OnPulse technology, that increases blood flow for the promotion of wound healing and the reduction of oedema and pain. The disposable battery-powered device is the size of a wristwatch and worn at the knee. It gently stimulates the common peroneal nerve, activating the calf and foot muscle pumps, resulting in increased venous arterial and microcirculatory blood flow.