Versatile Closed Wound Drainage System with Silicone Flat Drains & Trocar for Fluid Collection

Versatile Closed Wound Drainage System with Silicone Flat Drains & Trocar for Fluid Collection

The Versatile Closed Wound Drainage System with Silicone Flat Drains & Trocar is an essential medical device designed to facilitate the safe and efficient removal of fluids from surgical sites, promoting faster recovery and reducing the risk of complications. This system integrates a silicone reservoir, flat silicone drains, and a stainless steel trocar, providing healthcare professionals with a reliable, flexible solution for fluid suction and collection. It is suitable for a wide range of surgical applications, including plastic surgery, neurosurgery, orthopedics, OB/GYN procedures, and laparoscopic surgery.

With its advanced features, such as the internal anti-reflux valve and the ability to be used with or without the trocar, this system offers unmatched versatility and performance for both routine and complex surgeries.

1. This product includes silicone reservoir, silicone flat drains or other silicone drains and stainless steel trocar
2. Can use separately or using trocar for inse巾on and combining with silicone reservoir for fluids suction and collection
3. Provided with internal anti-reflux valve to prevent backflow of f仙d to the patient
4. S山cone bulbs are suitable for plastic surgery, neurosurgery, orthopaedics, 0B/GYN surgery and laparoscopic surgery

Key Features and Advantages:

High-Quality Silicone Material:
The drainage system utilizes medical-grade silicone, a biocompatible and durable material that ensures safety and reliability during post-surgical care. Silicone is resistant to degradation by bodily fluids, making it the ideal choice for prolonged contact with tissues and surgical fluids. It is flexible, non-irritating, and can be sterilized without compromising its structural integrity.

Silicone Flat Drains:
The flat silicone drains are specifically designed for optimal fluid drainage. The flexibility of the silicone allows for easy insertion and ensures that the drains can adapt to the contour of the wound. This reduces the risk of clogging, increases drainage efficiency, and promotes faster healing by preventing fluid buildup in the surgical area.

Stainless Steel Trocar for Easy Insertion:
The included stainless steel trocar allows for precise and easy insertion of the drainage system. It is specially designed to minimize trauma during the insertion process, ensuring a smooth, controlled placement of the drains. The trocar’s robust construction ensures durability and reliability during use.

Internal Anti-Reflux Valve:
To enhance safety, the drainage system is equipped with an internal anti-reflux valve, which prevents the backflow of fluids into the patient’s body. This feature is essential for preventing infection and complications that could arise from fluid re-entry, ensuring that all collected fluids are securely stored within the drainage bag or reservoir.

Applications of the Versatile Closed Wound Drainage System

The Versatile Closed Wound Drainage System is designed to efficiently manage post-surgical fluid drainage, promoting faster recovery and minimizing complications across various surgical disciplines:

• Plastic Surgery: Helps drain excess fluids after procedures like breast augmentation, facelifts, and rhinoplasty, reducing the risk of hematomas and seromas.
• Neurosurgery: Ensures effective fluid removal during brain or spinal surgeries, preventing swelling and pressure buildup.
• Orthopedic Surgery: Controls fluid accumulation after joint replacements or fractures, reducing infection risks and aiding recovery.
• OB/GYN Surgeries: Manages fluid post-hysterectomy or childbirth, maintaining a clean surgical site for optimal healing.
• Laparoscopic Surgery: Supports fluid management in minimally invasive procedures, preserving a sterile environment for faster recovery.

This system ensures safe, continuous fluid drainage, crucial for efficient healing across a wide range of surgical procedures.

Specifications: