Smith & Nephew Opsite Post-Op Transparent Waterproof Dressing, 3-3/4" x 3-3/8", Sterile

3-3/4" x 3-3/8" Waterproof Post-Op Dressing for Surgical Incision Protection

Product Description

Protecting closed surgical incisions and acute wounds from external contaminants is essential for supporting the natural healing process. Traditional gauze and tape dressings can allow fluid to strike through, may not provide a reliable bacterial barrier, and can adhere painfully to the wound bed. Patients and caregivers need a dependable, all-in-one solution that stays securely in place, allows for easy monitoring, and supports a moist healing environment

The Smith & Nephew Opsite Post-Op Transparent Waterproof Dressing is designed to address these needs. This 3-3/4" x 3-3/8" sterile composite dressing combines a highly absorbent, low-adherent pad with a waterproof, bacteria-proof transparent film backing . The film is impermeable to water and body fluids, allowing patients to shower without changing the dressing, while its high moisture vapor transmission rate (MVTR) helps prevent moisture accumulation and reduces the risk of maceration . The clear film enables continuous visual monitoring of the wound site without removing the dressing, supporting early detection of complications

This Smith & Nephew dressing is designed for comfort and convenience. The low-allergy acrylic adhesive is applied in a grid pattern to minimize skin irritation and support virtually pain-free removal . The dressing is highly conformable, adapting to body contours for a secure fit even on awkward areas, and the round corners help reduce lifting or snagging . The thick, absorbent pad helps minimize fluid strike-through and protects the wound from further injury, while the low-adherent wound contact layer leaves the wound site clean and comfortable during changes . The dressing is sterile and not made with natural rubber latex . Each box contains 20 individually wrapped dressings

Features

• Waterproof and Bacteria-Proof Film: The transparent film provides a reliable barrier against water and external bacteria, allowing patients to shower without compromising wound protection .
• High Moisture Vapor Permeability: The REACTIC film technology allows excess moisture to transpire, helping to prevent maceration and fluid build-up under the dressing .
• Absorbent, Low-Adherent Pad: The thick central pad absorbs exudate while the low-adherent contact layer helps minimize pain and trauma during dressing changes .
• Transparent for Easy Monitoring: The clear film enables visual inspection of the wound site without removing the dressing, supporting timely intervention .
• Grid-Pattern Low-Allergy Adhesive: Designed to minimize skin irritation and allow for gentle, virtually pain-free removal .
• Highly Conformable: The elastic film adapts to body contours for a secure, comfortable fit .
• Sterile and Latex-Free: Each dressing is sterile and not made with natural rubber latex, suitable for sensitive patients

Why Choose Smith & Nephew

1. Better than basic alternatives:
   Unlike standard gauze and tape that can allow strike-through and fail to provide a reliable bacterial barrier, the Opsite Post-Op dressing combines an absorbent pad with a waterproof, bacteria-proof film in a single, easy-to-apply dressing . The transparent film also allows for continuous monitoring without disturbing the wound, which basic dressings cannot offer.
2. Safer than chemical/medicated options:
   This dressing provides a physical, waterproof barrier against bacteria and external contaminants without the use of topical antimicrobial agents. The low-allergy adhesive and latex-free construction make it suitable for patients with sensitive skin, reducing the risk of irritation .
3. Better long-term value:
   The all-in-one design eliminates the need for separate gauze pads and tape, simplifying application and reducing waste. The dressing can remain in place for up to 7 days depending on the wound condition, helping to reduce the frequency of changes and supporting a more efficient care routine