Mepilex Lite Soft Silicone Thin Dressing, 2.4" x 3.3" (6 x 8.5 cm)

Mepilex® Lite by Mölnlycke is an ultra-thin, soft foam dressing designed for the management of low-exuding wounds and protection of fragile skin. Featuring Safetac® soft silicone technology, it adheres gently to the surrounding skin without sticking to the wound bed, minimizing pain and trauma during dressing changes. The flexible, conformable design ensures comfort and protection, making it ideal for wounds in delicate or hard-to-dress areas.

• Safetac® soft silicone technology: Provides gentle adhesion for pain-free removal and reduced risk of skin damage.
• Ultra-thin and flexible: Adapts easily to body contours and can be used under compression or as a protective layer.
• For low-exuding wounds: Maintains a moist environment to support healing while preventing maceration.
• Comfortable protection: Soft, breathable foam ensures comfort even on sensitive or fragile skin.
• Minimizes dressing changes: Designed for extended wear time depending on clinical condition and exudate level.
• Conformable and discreet: Ideal for use under clothing or secondary fixation dressings.
• Sterile and single-use: Individually packaged to ensure clinical hygiene and infection control.

Recommended for low-exuding wounds such as radiation-induced skin reactions, superficial burns, donor sites, and pressure injuries. Always follow manufacturer and clinical guidelines when applying Mepilex® Lite dressings.

After you place your order, a representative will contact you if any of the items from your order are on backorder. Items in stock are typically shipped within 24–48 hours. Shipping times for backordered items may vary.

Orders over $600 qualify for free delivery. For smaller orders, shipping costs are calculated based on weight. All shipments require a signature upon delivery. We partner with trusted carriers such as Canada Post, Purolator, DHL, and others. Please note that remote area deliveries may incur additional courier surcharges to cover the extra handling and distance.