395890 MEPILEX BORDER AG POST-OP ANTIMICROBIAL FOAM DRESSING, CS35

395890 MEPILEX BORDER AG POST-OP ANTIMICROBIAL FOAM DRESSING, CS35

• Soft silicone foam dressing: Provides cushioning and conformability for better patient comfort and wear.
• Safetac® technology: Utilizes a gentle silicone adhesive layer that adheres securely to peri-wound skin but minimizes pain during removal.
• Highly absorbent core: Effectively absorbs and retains exudate (wound drainage) to maintain a moist wound healing environment.
• Antimicrobial properties: Contains silver particles that help reduce the bacterial burden and fight infection in the wound.
• Border design: The adhesive border helps secure the dressing in place and prevents exudate leakage onto surrounding skin.
• Flex technology (possible): May incorporate a special design for better flexibility, allowing for comfortable wear on areas with movement (e.g., joints).

Applications:

Mepilex Border Ag Post-Op dressings are used in various healthcare settings for managing post-surgical wounds and other acute wounds. Here are some common applications:

• Surgical wounds: Ideal for dressing post-operative wounds as it absorbs exudate, minimizes pain during dressing changes, and helps reduce infection risk.
• Acute wounds: Suitable for various types of acute wounds, including cuts, abrasions, and burns, where maintaining a moist environment and reducing infection are crucial.
• Moderate to heavily exuding wounds: The absorbent core effectively manages moderate to high levels of wound drainage.

Benefits:

• Promotes wound healing: The combination of moisture management, antimicrobial properties, and gentle adhesion can create an optimal environment for wound healing.
• Reduces pain: Safetac technology minimizes discomfort during dressing changes, improving patient experience.
• Conformable and comfortable: The soft foam and flexible design allow for comfortable wear on various body contours.
• Minimizes leakage risk: The adhesive border helps prevent exudate from leaking onto the surrounding skin.