Abdomen saddlebag Infiltration Cannula set with handle

Abdomen saddlebag Infiltration Cannula set with handle:

1: Threaded Fitting Liposuction Cannula, 22-Holes, diameter 3.0 mm, working length 20cm

2: Threaded Fitting Liposuction Cannula , 22-Holes, diameter 4.0 mm, working length 20cm

3: Threaded Fitting Liposuction Cannula , 30-Holes, diameter 3.0 mm, working length 30cm

4: Threaded Fitting Liposuction Cannula , 30-Holes, diameter 4.0 mm, working length 30cm

5: Handle For Threaded Fitting Liposuction cannula

Abdomen saddlebag Infiltration Cannula set with handle Description:

The Abdomen Saddlebag Infiltration Cannula Set with Handle is a specialized surgical instrument designed for precise and controlled fluid infiltration during liposuction, fat grafting, or tumescent anesthesia procedures. This set features a uniquely shaped **saddleback cannula** with multiple side ports, ensuring even distribution of fluids such as local anesthetics, saline, or fat cells within the subcutaneous tissue. The ergonomic **handle** provides a secure grip, enhancing maneuverability and reducing surgeon fatigue during prolonged use. The cannula’s **blunt tip** minimizes trauma to surrounding tissues, vessels, and nerves, improving patient safety and postoperative recovery. Made from high-quality, medical-grade stainless steel or disposable materials, the set ensures sterility and durability. Available in varying lengths and diameters, it accommodates different patient anatomies and procedural requirements. The **saddlebag design** allows for targeted infiltration in the abdominal region, particularly useful for body contouring and fat transfer surgeries. Its efficient fluid dispersion reduces procedure time while optimizing outcomes. The set may include **connectors** for syringes or infusion pumps, facilitating seamless integration into surgical workflows. Ideal for plastic surgeons and dermatologists, this cannula set enhances precision, safety, and efficiency in aesthetic and reconstructive procedures. Proper handling and sterilization protocols are recommended to maintain performance and patient safety.