Luer-Lock Liposuction Cannulas: Precision and Efficiency in Aesthetic Surgery
Luer-Lock liposuction cannulas are specialized instruments used in aesthetic surgery for fat removal. Thanks to their secure and reliable Luer-Lock connection, they provide an optimal link to the suction pump, ensuring a stable and controlled workflow. The longer Luer-Lock cannulas are particularly suitable for fat removal in larger areas such as the abdomen and hips, while the shorter and narrower variants are ideal for precise contouring in the face and extremities.
Functionality and Application
When connected to a suction pump, a continuous vacuum is created, which transports the fat-water mixture through the Luer-Lock liposuction cannula via a tube into a collection container. This method enables particularly precise, controlled, and tissue-sparing fat removal, which is both effective and safe. Additionally, the cannulas can also be used for direct fat injection (fat grafting), for example, for volume enhancement or contour improvement in other areas of the body.
Reusable Cannulas and Sustainability
It is important to note that these cannulas are not single-use instruments but rather reusable tools that can be professionally reprocessed and sterilized after use. This makes them not only cost-efficient but also environmentally friendly. However, the cannulas cannot be canceled or returned after ordering, as they are custom-made to your specifications. This highlights the necessity of careful planning and selecting the right instruments for the respective surgical procedure.
Key Benefits
Luer-Lock system: Secure and stable connection for reliable attachment to the suction pump.
Versatility: Suitable for both fat removal and fat injection.
Precision: Tissue-sparing technique for optimal results.
Sustainability: Reusable cannulas that can be reprocessed.
With Luer-Lock liposuction cannulas, you receive instruments that meet the highest medical standards and provide reliable support for aesthetic surgical procedures. Their versatile application and precise functionality significantly contribute to the success of the treatment.