The Solventum Acelity Fibracol Collagen-Alginate Wound Dressing is an advanced dressing designed to enhance wound healing with its unique combination of collagen and alginate. Upon application, the collagen compound steadily breaks down to create a conducive moist healing environment, while the alginate transforms into a hydrogel upon exposure to wound exudate, ensuring optimal moisture levels are maintained.

Being non-adherent, this dressing ensures comfort during removal, minimizing trauma to the healing tissue. It's especially suitable for wounds with substantial exudate as it maintains its integrity when wet. Available in various sizes, the dressing can be cut to fit the wound perfectly, proving its versatility in wound management. Each piece is sterile, making it an excellent choice for maintaining a hygienic healing process.

Key Features:

• Collagen breaks down gradually, providing a moist environment conducive to healing.
• Alginate component transforms into a soothing hydrogel on contact with wound exudate.
• Non-adherent, ensuring painless removal and preservation of newly formed tissue.
• Dressing maintains integrity even when wet, ideal for wounds with substantial exudate.
• Can be cut to fit any wound size and maintains sterility, supporting tailored applications.

Uses:

• Solventum Acelity Fibracol Collagen-Alginate Wound Dressing is primarily used for managing exuding wounds, such as pressure ulcers and venous ulcers. It provides a moist environment for wound healing and is effective in absorbing wound exudate.

FAQs:

1. What kind of wounds is the Solventum Acelity Fibracol suitable for?
This dressing is ideal for moderately to heavily exuding wounds such as pressure ulcers, venous ulcers, donor sites, and surgical wounds.

2. How should the dressing be applied?
Cleanse the wound with a suitable wound cleanser, dry the surrounding skin, cut the dressing to the desired size, and apply with the collagen side down.

3. Can the dressing be cut?
Yes, the dressing can be safely cut to fit the wound size while maintaining its sterility.