Systagenix Tielle® Lite Hydropolymer Adhesive Dressing

Systagenix TIELLE Hydropolymer Lite Adhesive Foam Dressing With LiquaLock® technology incorporates a non-adherent wound contact layer that allows the free passage of exudate and minimizes adherence to the wound bed or sutures/staples. This adhesive bordered foam dressing designed for patients with wounds which are low to non-exuding and bleeding wounds, such as surgical, traumatic and post-operative.

• Systagenix TIELLE™ Hydropolymer Lite Adhesive Foam Dressing With LiquaLock® technology is skin-friendly designed to facilitate atraumatic removal
• Comfortable, easy and normally pain-free dressing removal
• The flexible and conformable polyurethane backing1 facilitates dressing application and use on joints
• It also provides a bacterial barrier
• The shower-proof vapor-permeable backing protects against external contamination
• May be worn for up to 7 days depending on the amount of exudate
• Composed of 3 layers, a non-adherent wound contacts layer, hydro polymer foam, and polyurethane backing
• The island dressing is absorbent and provides a moist environment suitable for low to non-exuding wounds
• The non-adherent wound contact layer protects the wound bed while allowing the free passage of exudate
  - It is designed not to adhere to the wound, even in the presence of blood, which facilitates granulation and epithelialization to proceed without disruption at dressing changes
• The unique adhesive allows:
  - Repositioning on initial application
  - Dressing flexibility to conform to difficult-to-dress areas
  - Skin-friendly removal, with sterile water technique
  - Can be used as both a primary and a secondary dressing
• Indications:
  - Partial thickness wounds
  - Low to non-exuding and bleeding wounds, such as surgical and traumatic wounds
  - Superficial pressure ulcers
  - Epithelialising leg ulcers (e.g., venous, arterial and mixed aetiology)
  - Diabetic ulcers
  - Donor sites
• How LiquaLock® Technology works:
  - During absorption and expansion fluids fills the hydro polymer cells
  - Fluid is then transferred to the cell walls
  - Fluid is locked away under normal conditions of use, movement, and pressure