Description

SUTURE PROLENE is a non-absorbable, synthetic surgical suture crafted from polypropylene. Its monofilament structure provides a smooth, solid thread that is available in both dyed blue and clear forms. This suture is designed for use in various surgical procedures, offering high tensile strength and excellent flexibility.

Key Features

• Minimal Tissue Reaction: The biocompatibility of SUTURE PROLENE ensures minimal tissue reaction, reducing the risk of inflammation and infection.
• Smooth Structure: Its monofilament design minimizes tissue drag and friction, allowing for precise and gentle handling during surgery.
• Reliable Knot Security: While it requires appropriate technique, the suture offers reliable knot security, maintaining tissue integrity effectively.

Performance Characteristics

SUTURE PROLENE is resistant to breaking and slipping, making it suitable for high-tension areas and long-term tissue support. Its non-absorbable nature means it remains in place indefinitely unless removed, providing consistent performance over time.

Indications and Use Cases

This suture is commonly used in:

• Cardiovascular and vascular surgeries
• Abdominal closures
• Ophthalmic procedures
• Plastic and orthopedic surgeries

It is particularly beneficial in delicate tissues where minimal irritation is crucial.

Additional Properties

• UV Resistance: The suture is resistant to degradation, including UV light exposure, ensuring durability under various conditions.
• Sterility: Each suture is sterilized using ethylene oxide gas and intended for single use, with packaging that supports recycling.

Handling and Storage

Proper storage in a cool, dry environment is recommended, along with the use of personal protective equipment during handling to maintain its integrity. Avoiding twisting, crushing, or crimping is advised to preserve the suture's performance.

Compliance

SUTURE PROLENE meets the standards set by the European Pharmacopoeia and United States Pharmacopoeia for non-absorbable surgical sutures, ensuring quality and reliability in medical applications.