The Three Holes Diagonal Specific Luer Lock Cannula is a specialized surgical instrument designed for accurate infiltration with a secure Luer Lock connection and a unique diagonal three-hole configuration.
Key Features:
• Diagonal arrangement of three holes for optimal fluid distribution
• Secure Luer Lock fitting to prevent leaks and disconnections
• Crafted from high-grade surgical stainless steel
• Ergonomic and lightweight design for ease of use
• Autoclavable and reusable
Description
Three Holes Diagonal Specific Luer Lock Cannula
This Three Holes Diagonal Specific Luer Lock Cannula’s distinguishing feature is its diagonal arrangement of three holes, which allows for more efficient and even distribution of infiltration fluid in targeted tissues. The secure Luer Lock fitting ensures a leak-proof, stable connection with syringes or infusion devices, enhancing safety during procedures. Made from surgical-grade stainless steel, it is designed for strength, corrosion resistance, and smooth insertion. Available in various sizes to suit clinical needs, the ergonomic, lightweight design reduces user fatigue and improves control.
This cannula is compatible with standard Luer Lock syringes and infusion pumps widely used in medical infiltration and surgical applications. This compatibility makes integration across different surgical systems and setups straightforward.
The Three Holes Diagonal Specific Luer Lock Cannula is primarily used for tumescent infiltration, local anesthesia delivery, and other surgical infiltration procedures. The surgeon connects the cannula to a syringe via the secure Luer Lock hub, inserts it carefully into the surgical site, and delivers fluid evenly through the three diagonal holes to minimize tissue trauma and improve fluid diffusion, optimizing procedural outcomes.
Manufactured by Lipokey, this instrument reflects their dedication to medical innovation and quality. Lipokey’s products are globally trusted, with ISO, CE, and FDA certifications affirming adherence to international safety and quality standards, providing surgeons with a reliable and effective tool.
Why is the diagonal three-hole design important?
The diagonal hole placement enhances even fluid distribution, reducing localized tissue pressure and trauma, which improves infiltration efficiency and patient outcomes.