Multiport Speed Specific Luer Lock Harvester Cannula – Both End Sharp

Description

Multiport Speed Specific Luer Lock Harvester Cannula – Both End Sharp

The Multiport Speed Specific Luer Lock Harvester Cannula – Both End Sharp revolutionizes fat extraction through its innovative dual-sharp design and strategically positioned multiple ports. These lateral openings ensure uniform aspiration while the sharp tips at both ends enable seamless tissue penetration and reduced procedural time. The precision-machined apertures minimize adipocyte damage, preserving cell viability for successful grafting outcomes.

This Multiport Speed Specific Luer Lock Harvester Cannula – Both End Sharp demonstrates exceptional compatibility with standard liposuction systems including tumescent, power-assisted, and manual aspiration setups. The universal luer-lock mechanism guarantees secure integration with various syringe sizes ranging from 10cc to 60cc. The instrument seamlessly connects to both high-vacuum and low-pressure systems, accommodating diverse surgical preferences and techniques.

During procedures, the cannula’s bidirectional sharp configuration allows surgeons to harvest adipose tissue through push-and-pull motions without repositioning. The multiport design creates negative pressure distribution across multiple points, reducing clogging while maintaining consistent flow rates. This specialized geometry enables thorough fat collection from fibrous areas while preserving surrounding vasculature and neural structures.

Lipokey‘s commitment to surgical excellence manifests in this premium harvester cannula, manufactured under stringent quality protocols. Each instrument undergoes rigorous testing to meet ISO, CE Mark, and FDA clearance standards. The company’s three-decade expertise in aesthetic surgical instruments ensures unparalleled precision, durability, and surgeon satisfaction with every procedure.

What is the main benefit of the both-end sharp design?
The both-end sharp configuration ensures smooth tissue entry and exit during fat harvesting. It reduces resistance when penetrating layers, allowing surgeons to work efficiently while maintaining control over fat extraction.