Ethicon J516H 3-0 Coated VICRYL Violet 1X36" V-34 Box of 36 • Model: J516H (Ethicon) • Brand: Coated VICRYL • Suture Size: 3-0 • Length: 36" • Color: Violet • Material/Composition: TRICLOSAN, POLYGLACTIN 910 • Absorbable • Needle Name: V-34 • Needle Color: Silver • Needle Length: 36mm • Needle Point Type: Tapercut This medical supply or implant item is securely packaged within its original manufacturer's packaging, which remains undamaged. The inner and outer packaging is intact, ensuring the product's integrity and suitability for medical use. Introduction to Ethicon J516H Ethicon J516H 3-0 Coated VICRYL Violet is a premium surgical suture designed for effective tissue approximation. This suture offers excellent handling and knot security, which are crucial in surgical procedures. The coated VICRYL material provides a smooth passage through tissues, reducing trauma and promoting faster healing. Surgeons prefer this product because it combines a synthetic construction with proven reliability, making it essential for any surgical toolkit. Benefits of Coated VICRYL Material The coated VICRYL material used in Ethicon J516H ensures strong tensile strength and a smooth surface, which facilitates easy passage through tissues. Therefore, it reduces the chances of tissue damage during suturing. Additionally, its absorption profile provides the right balance between strength retention and dissolution, making it ideal for both internal and external wounds. Surgeons appreciate how this material helps decrease postoperative complications due to its favorable properties. Applications in Surgical Procedures Ethicon J516H sutures are versatile and can be used in a variety of surgical procedures, including soft tissue approximation and ligation. Because they are easy to handle and provide excellent knot security, they are particularly favored in delicate surgeries like those involving the skin or internal organs. Surgical teams often choose this product not only for its effectiveness but also for the confidence it instills in achieving optimal surgical outcomes.