Ethicon Stratafix Spiral Monocryl Plus Knotless Tissues Control Device-Dyed

The Ethicon Stratafix Spiral Monocryl Plus Knotless Tissues Control Device is an innovative solution designed to streamline surgical procedures with its knotless design and antibacterial coating. This product is available in various sizes, ranging from 15cm to 30cm and includes diverse needle configurations like CT-1, CT-2, SH, UR-6, and RB-1, catering to different surgical needs.

Crafted from Monocryl Plus, this suture provides reliable and effective tissue closure with the added benefit of minimized infection risks. Surgeons worldwide rely on the Stratafix Spiral for its efficiency in enabling quicker suturing without compromising on patient safety. It's a staple in operating rooms given the growing emphasis on reducing surgery time and enhancing recovery rates. With a comprehensive range of sizes and types, it's versatile and adaptable, ensuring it meets the varied demands of modern surgical practices.

• Knotless design facilitates faster tissue closure, reducing surgery time and improving efficiency.
• Antibacterial coating helps in minimizing the risk of postoperative infections, providing safer outcomes for patients.
• Available in various lengths and needle configurations to suit different surgical needs and preferences.

• The Ethicon Stratafix Spiral Monocryl Plus is used for tissue approximation and closure in various surgical procedures. It offers secure tissue control and is ideal for surgeries requiring enhanced precision and speed. Its antibacterial properties help reduce infection.

1. What materials are used in the Ethicon Stratafix sutures?
The sutures are made of Monocryl Plus (Poliglecaprone 25), which is a synthetic absorbable suture material.

2. How does the antibacterial property benefit surgical procedures?
The antibacterial coated sutures help in reducing the risk of postoperative infections, promoting a safer healing process.

3. Are these sutures suitable for all types of surgeries?
While they are versatile, the suitability depends on the specific requirements of the surgery. They are mostly used for soft tissue approximation and closures.