Three Port Pyramid Style Luer Lock Cannula

Aluminium Anodized Connector,
Luer Lock Fitting,
100% Stainless Steel Pipe,
Autoclavable/Reusable

Three Port Pyramid Cannula Stainless Steel 1.7mm x 12cm
Three Port Pyramid Cannula Stainless Steel 2.0mm x 15cm
Three Port Pyramid Cannula Stainless Steel 2.5mm x 15cm
Three Port Pyramid Cannula Stainless Steel 2.5mm x 20cm
Three Port Pyramid Cannula Stainless Steel 3.0mm x 15cm
Three Port Pyramid Cannula Stainless Steel 3.0mm x 20cm
Three Port Pyramid Cannula Stainless Steel 3.0mm x 25cm
Three Port Pyramid Cannula Titanium Coated 1.7mm x 12cm
Three Port Pyramid Cannula Titanium Coated 2.0mm x 15cm
Three Port Pyramid Cannula Titanium Coated 2.5mm x 15cm
Three Port Pyramid Cannula Titanium Coated 2.5mm x 20cm
Three Port Pyramid Cannula Titanium Coated 3.0mm x 15cm
Three Port Pyramid Cannula Titanium Coated 3.0mm x 20cm
Three Port Pyramid Cannula Titanium Coated 3.0mm x 25cm

Precision Fat Extraction with Pyramid Style Design

The Three Port Pyramid Style Luer Lock Cannula is engineered for enhanced control and precision in fat harvesting procedures. Its innovative pyramid-shaped ports allow for targeted and efficient fat extraction, providing smooth and even results. The unique configuration minimizes trauma to surrounding tissues while maximizing the quality of harvested fat, making it a top choice for precision-focused procedures.

Triple Port Configuration for Optimal Efficiency

With three strategically placed ports, this cannula ensures a more uniform suction distribution, reducing clogging and allowing for quicker, more effective fat removal. The pyramid design of the ports enhances tissue engagement, ensuring surgeons achieve consistent results with minimal effort. Ideal for both small and large-area fat harvesting, this tool is designed to deliver top-tier performance in every procedure.

Reliable Luer Lock Mechanism for Secure Operation

The Luer Lock system offers a secure, stable connection to suction systems, preventing accidental disconnections and ensuring seamless performance during the procedure. Surgeons can rely on the stability of the Luer Lock mechanism, enabling them to focus on achieving optimal results without worrying about equipment failure.