Image 1 of 1
Image 1 of 1
Image 1 of 1
Image 1 of 1
This Advanced Wound Care Pack brings together four high-performance dressings designed for complex, moderate to heavily exuding wounds. Ideal for clinical settings, home health teams, and wound-care specialists, the bundle provides comprehensive solutions for absorption, protection, moisture balance, and non-adherent wound interface management.
The pack includes:
ZeniFOAM Gentle Border (6x6) – A large silicone-bordered foam dressing offering excellent absorption, secure adhesion, and gentle removal for fragile skin.
ZeniFIBER Rope (6”) – Calcium alginate rope ideal for packing tunnelling wounds, cavities, and deeper wound beds while forming a gel to maintain a moist healing environment.
ZeniCONTACT Silicone Contact Layer (4x7) – A non-adherent silicone interface designed to protect delicate tissue and allow exudate to pass to a secondary dressing.
ZeniABSORB Super Absorbent Dressing (6x9) – High-capacity absorbent pad with no adhesive, engineered to lock in large volumes of exudate and reduce maceration.
This Advanced Wound Care Pack brings together four high-performance dressings designed for complex, moderate to heavily exuding wounds. Ideal for clinical settings, home health teams, and wound-care specialists, the bundle provides comprehensive solutions for absorption, protection, moisture balance, and non-adherent wound interface management.
The pack includes:
ZeniFOAM Gentle Border (6x6) – A large silicone-bordered foam dressing offering excellent absorption, secure adhesion, and gentle removal for fragile skin.
ZeniFIBER Rope (6”) – Calcium alginate rope ideal for packing tunnelling wounds, cavities, and deeper wound beds while forming a gel to maintain a moist healing environment.
ZeniCONTACT Silicone Contact Layer (4x7) – A non-adherent silicone interface designed to protect delicate tissue and allow exudate to pass to a secondary dressing.
ZeniABSORB Super Absorbent Dressing (6x9) – High-capacity absorbent pad with no adhesive, engineered to lock in large volumes of exudate and reduce maceration.