3M™ Steri-Strip™ R1540 Reinforced Skin Closures | 1/8 in x 3 in (3 mm x 75 mm) | Non-Woven Material with Polyester Filaments | White | Box of 50 Envelope Packs (5 Strips/Pack, 250 Total Strips) | Sterile | New

The 3M™ Steri-Strip™ R1540 Reinforced Skin Closure is a high-performance adhesive strip engineered to secure, close, and support small cuts, incisions, and surgical wounds. Constructed with a porous, non-woven backing reinforced with longitudinal polyester filaments, these strips provide high tensile strength to maintain wound edge approximation while allowing the skin to breathe. Formulated with a hypoallergenic, pressure-sensitive adhesive, the R1540 strips minimize tissue trauma compared to traditional sutures or staples, reducing scarring and improving cosmetic outcomes. Ideal for surgical incisions, lacerations, emergency care, and general skin closure applications.

Product Details

• Brand / Manufacturer: 3M™ Health Care
• Catalog / Part Number: R1540
• Product Line: Steri-Strip™ Reinforced Skin Closures
• Product Type: Adhesive Wound Closure Strips
• Material Composition: Non-woven backing reinforced with polyester filament threads
• Adhesive Type: Hypoallergenic, pressure-sensitive acrylate adhesive
• Strip Dimensions: 1/8 in x 3 in (3 mm x 75 mm)
• Color: White
• Sterility / Packaging: Sterile, Single-Use, Individually Sealed Envelope Packs
• Strips per Pack: 5 Strips per Envelope Pack
• Quantity Included: 50 Envelopes per Box (250 Total Strips)
• Unit of Measure: 1 Box of 50 Envelopes (50/BX)
• Application: Primary surgical wound closure, topical laceration support, early suture/staple removal backup, emergency care, and clinical simulation
• Condition: Brand New -- Unused, factory sealed in original packaging.

Key Features

• Reinforced polyester filaments provide high tensile strength to keep wound margins securely aligned
• Porous, breathable non-woven material promotes skin comfort and moisture vapor transmission
• Hypoallergenic adhesive reduces the risk of skin irritation and allergic reactions
• Non-invasive application minimizes tissue trauma, lowering infection risk and yielding superior cosmetic healing results
• Fast and easy application reduces procedural time in operative, emergency, or clinic settings