Optifoam Gentle Silicone-Faced Foam Dressing, Sacrum, Sterile - Advanced Wound Care

Superior Wound Care Technology for Optimal Healing

Experience the next generation of advanced wound care with this premium five-layer silicone-faced foam dressing, specifically designed for sacrum wounds. This innovative medical-grade dressing delivers exceptional exudate management while prioritizing patient comfort and skin integrity throughout the healing process.

Advanced Five-Layer Construction

The sophisticated multi-layer design features a superabsorbent core that works intelligently to absorb wound exudate, transform it into a stable gel matrix, and securely lock it away from the wound bed. This advanced absorption technology helps prevent leakage, reduces the risk of maceration to surrounding healthy tissue, and maintains an optimal moist wound healing environment that accelerates recovery.

Gentle Silicone Technology

The soft silicone adhesive interface represents a breakthrough in patient-centered wound care. Unlike traditional adhesives that can cause pain and trauma, this gentle silicone formulation allows for atraumatic application, painless removal, and easy repositioning without compromising adhesion. This means fewer disruptions to the healing wound bed, reduced patient anxiety during dressing changes, and improved overall treatment compliance.

Intelligent Moisture Management

The dressing features a dynamic moisture vapor transmission rate (MVTR) that automatically adjusts based on wound fluid levels. This intelligent breathability ensures excess moisture is released while maintaining the ideal moist environment for cellular regeneration and tissue repair. The result is faster healing times and improved patient outcomes.

Superior Protection and Comfort

The waterproof outer film layer serves as an effective bacterial barrier, protecting vulnerable wounds from external contaminants, bacteria, and fluids while allowing patients to maintain their daily hygiene routines. The low-profile, highly conformable design moves naturally with the body, ensuring exceptional comfort and discretion for patients managing shallow to deep wounds with moderate to heavy drainage.

Key Clinical Benefits:

• Latex-Free Formula: Safe for all patients, including those with latex sensitivities or allergies
• Extended Wear Time: Can remain in place for up to 7 days depending on exudate levels, reducing dressing change frequency
• Reduced Pain and Trauma: Gentle silicone adhesive minimizes discomfort during application and removal
• Optimal Healing Environment: Maintains ideal moisture balance to promote faster wound closure
• Leak Prevention: Superabsorbent core locks away exudate to prevent maceration and leakage
• Versatile Sizing: Available in multiple sizes to accommodate various wound dimensions and anatomical locations

Clinical Indications

Ideal for managing shallow or deep wounds exhibiting moderate to heavy drainage, including pressure ulcers, surgical wounds, traumatic wounds, and other exuding wounds requiring advanced moisture management.

Application Instructions

1. Cleanse wound area according to facility protocol and pat dry surrounding skin
2. Remove dressing from sterile package using aseptic technique
3. Peel away one piece of the release liner
4. Center dressing over wound site and gently apply to skin
5. Remove the second release liner
6. Smooth edges to ensure complete adhesion and seal

Dressing Change Protocol

Monitor dressing regularly and replace when drainage reaches the edges of the foam pad or as clinically indicated. Under normal conditions with appropriate exudate levels, the dressing may remain in place for up to 7 days, reducing nursing time and improving cost-effectiveness.

Important Safety Information

Contraindications: Not recommended for use on third-degree burns.
Single-Use Only: Do not reuse or resterilize.
Do Not Cut: Cutting may compromise the dressing's integrity and performance.

This professional-grade wound care solution combines clinical efficacy with patient comfort, making it an essential component of modern wound management protocols.