Ethibond® Sutures Size 2-0 | 30" | SH | 1/2 Circle Green
ETH-X833H
Ethicon
Skin Closure
Ethibond® Sutures Size 2-0 (30") are high-quality, non-absorbable surgical sutures designed for use in various surgical procedures where long-term tissue approximation and tensile strength are required. Featuring a green color for enhanced visibility, these sutures are crafted from braided polyester for exceptional durability, easy handling, and secure knotting.
Product Features:
- Size 2-0: An ideal suture size for a wide range of surgical procedures, including soft tissue approximation, cardiovascular surgeries, and orthopedic repairs.
- 30" Length: Offers adequate length for multiple passes and varied surgical needs, reducing the need for frequent suture changes.
- SH Needle (Taper Point, 1/2 Circle): Equipped with a half-circle, taper-point needle designed to minimize tissue trauma, providing a smooth, atraumatic passage through delicate tissues.
- Green Color: The suture is dyed green to ensure optimal visibility against the surgical field, aiding precision and reducing the risk of errors.
- Braided Polyester Material: Constructed from high-strength polyester fibers for superior tensile strength, enhanced flexibility, and excellent handling characteristics.
- Non-Absorbable: Ensures permanent support and reliable wound closure, especially in tissues requiring extended healing periods.
Intended Use: Ethibond® Sutures are suitable for various surgical applications, including cardiovascular surgery, orthopedic procedures, plastic surgery, and general wound closure. Their non-absorbable nature makes them ideal for situations where prolonged tissue support is necessary.
Benefits:
- Durable and Reliable: Offers long-lasting tensile strength for secure wound closure.
- Enhanced Handling: Braided polyester design provides smooth passage, easy knot tying, and reduced tissue drag.
- High Visibility: Green color allows for clear visibility in the surgical field, promoting accuracy.
- Reduced Tissue Reaction: Polyester material minimizes tissue reactivity, enhancing patient comfort and healing outcomes.