Flap Specific Luer Lock Cannula

Description

Flap Specific Luer Lock Cannula

This Flap Specific Luer Lock Cannula features a high-polished, surgical-grade stainless steel shaft, ensuring durability and smooth tissue interaction during procedures. Its aluminum luer lock hub provides a secure, tight connection with syringes or handles. Available in various diameters and lengths, it caters to different surgical requirements. The single port design allows for precise and controlled tissue undermining with minimal trauma, while the lightweight, ergonomic build helps reduce operator fatigue. Being autoclavable and reusable, it meets the sterility and longevity demands typical in medical environments.

Compatible with standard luer lock syringes and specialized luer lock handles, this cannula fits securely to provide vibration-free and reliable performance. Some models also support more versatile connections like Toomey syringes, making it adaptable for injection or suction purposes. The luer lock fitting system ensures safe and efficient clinical workflow, minimizing the risk of disconnection during delicate maneuvers.

Usage focuses on undermining and delicate tissue removal, especially in facial areas such as the nasolabial fold. It is also commonly used for facial liposuction to remove small volumes of fat atraumatically. The Flap Specific Luer Lock Cannula’s design supports controlled fat extraction or injection procedures, contributing to improved contouring and aesthetic outcomes. Surgeons value its precision for both reconstructive and cosmetic plastic surgeries.

Lipokey stands out as a premium brand in manufacturing this Flap Specific Luer Lock Cannula, recognized for combining superior material quality with precise craftsmanship. Their instruments hold certifications such as ISO, CE, and FDA approvals, ensuring global standards in safety and performance. This commitment provides healthcare providers confidence in reliability and longevity.

Can this cannula be used for fat harvesting as well?
Yes, while its primary design supports flap dissection, it can also assist in fat harvesting when precision is required. Surgeons often utilize it in multi-step reconstructive procedures.