Description
Infiltration 8 Holes Threaded Fitting Liposuction Cannula
This Infiltration 8 Holes Threaded Fitting Liposuction Cannula features eight carefully positioned holes designed to provide uniform infiltration of tumescent anesthesia fluid, allowing thorough softening of fat tissue prior to suction. Its high-quality stainless steel body ensures mechanical strength and resistance to sterilization procedures. The threaded fitting guarantees a stable and leak-resistant connection to suction and infiltration systems, preventing detachment during delicate surgical steps.
This Cannula is compatible with major power-assisted or manual liposuction devices equipped with threaded fittings, such as the Liposuction Power Assisted Device and Liposuction series of threaded handles. This compatibility assures smooth integration into different clinical setups, enhancing procedural control and safety.
Surgeons use the Infiltration 8 Holes Threaded Fitting Liposuction Cannula, primarily during tumescent liposuction to evenly deliver infiltration fluid over targeted fat areas. The multiple holes spread fluid gently yet thoroughly, softening the fat to be removed and minimizing tissue trauma. Its design also allows for subsequent or simultaneous balanced fat aspiration, reducing suction trauma and improving patient comfort. The controlled infusion and aspiration reduce operative time and postoperative complications while ensuring smooth contouring results.
Manufactured by Lipokey, this cannula meets strict international quality standards including CE, FDA and ISO certification. Lipokey’s expertise in medical instrumentation yields reliable, accurate, and durable products appreciated by surgeons worldwide. Their commitment to innovation and quality ensures consistent clinical performance, supporting better patient outcomes.
How does the 8-hole design improve infiltration and fat removal?
The eight-hole design promotes even distribution of tumescent fluid and balanced fat aspiration, optimizing infiltration efficiency and reducing tissue trauma during liposuction.
