Chromic catgut suture 150cm

Understanding Chromic Catgut Sutures

Chromic catgut sutures, specifically the 150cm chromic catgut suture, are a specialized category of surgical sutures. These sutures are known for their absorbable properties, making them a staple in various surgical procedures. The 150cm length provides ample suture material for different surgical needs.

Types and Applications

Chromic catgut sutures come in various tensile strengths, classified as class I, II, or III. The chromic catgut suture 150cm length is versatile, used in general soft tissue approximation and/or ligation, including ophthalmic procedures. Their absorption rate is modified by chromic processing, which extends their support in tissue for a longer period compared to plain catgut.

Features and Materials

The chromic catgut suture 150cm is treated with chromium salts to prolong its absorption time in the body. This treatment also reduces the body's inflammatory response. The material, derived from purified collagen taken from the serosal layer of beef intestines, ensures predictable absorption and excellent knot security.

Advantages of Chromic Catgut Sutures

Choosing a chromic catgut suture 150cm offers several advantages. Its natural composition allows for complete absorption by hydrolysis within 60 to 90 days, which is beneficial in internal surgical scenarios where suture removal is not feasible. Additionally, the chromic treatment provides greater tensile strength over an extended period compared to untreated catgut.

Compliance and Safety

Every chromic catgut suture 150cm adheres to stringent quality standards such as ISO13485. Sterilization methods like ultraviolet light, ozone, and far infrared ensure the safety and readiness of the sutures for medical use. The packaging of these sutures is designed to maintain sterility and ensure ease of handling by healthcare professionals.

Environmental Considerations

As the medical industry moves towards sustainable practices, the chromic catgut suture 150cm is also evaluated for its environmental impact. The materials used are biodegradable, and the processing methods aim to minimize ecological footprints, aligning with the current global push for eco-friendly medical products.