Molnlycke Mepilex Border Heel Foam Dressing With Safetac

Features

• Molnlycke Mepilex Border Heel Foam Dressing With Safetac is sterile and has been precisely shaped to ensure the dressing conforms to the heel
• Excellent fluid management reduced risk of leakage and maceration
• Self-adherent, no secondary fixation needed, for a quicker and easier care
• Shaped to fit heels no need to cut or adapt for a quicker, cost-efficient care
• Minimises pain and trauma at dressing changes for optimized healing
• Minimise stress caused by pain of patient, to avoid delays in healing
• Designed to promote patient comfort during wear, and is shower proof, for a better quality of life of patients
• Can remain in place for several days depending on the condition of the wound
• Can be adjusted without losing its adherent properties
• Unique 5-layer absorbent foam structure:
  - Highly breathable backing film a waterproof secure barrier to virus and bacteria
  - Super absorbent layer to absorb and retain fluids in the dressing
  - Nonwoven spreading layer to spread fluids on a wide surface and maximize absorption performance
  - Foam layer to initiate vertical absorption of exudate
  - Safetac layer seals the wound edge to minimize risk of maceration, minimizes pain to patients, and trauma to the wound and skin.
• Indications:
  - Skin damage and in the treatment of exuding wounds
  - Pressure ulcers
  - Diabetic foot ulcers
  - Heel ulcers
  - Traumatic wounds and other secondary healing wound
• Designed for the prevention of skin damage or for the treatment of exuding wounds including pressure ulcers, diabetic foot ulcers, heel ulcers, traumatic wounds, and other secondary healing wounds
• Safetac Technology:
  - It is the adhesive layer of the dressing, which gently adheres to the skin without sticking to moist surfaces
  - Minimizing damage to the wound and the surrounding skin by sealing the wound margins and thereby preventing exudate from escaping
  - This protects the newly formed tissue and promotes natural healing benefitting both patients and healthcare organizations by minimizing trauma and pain allowing for optimized healing, which will result in lower costs