Rubinstein Infiltration Cannula with 36 Holes

$31.00

“Grey-Medical’s Rubinstein Infiltration Cannula redefines tumescent solution infusion with its proprietary 36-hole design for an even distribution, solid proximal end for a dry field, and a lubricious coating for minimized trauma.”

Description

Rubinstein Infiltration Cannula

Innovating Surgical Excellence: The Grey-Medical Rubinstein Infiltration Cannula with 36 Holes

In the realm of precision and efficiency, Grey-Medical’s Rubinstein Infiltration Cannula stands as a paragon, meticulously engineered for the seamless infusion of tumescent solution across the harvest site. Embodying a proprietary design, this 18G x 12cm, straight cannula with a Luer Lock connection is tailored to enhance the scope and effectiveness of infiltration procedures.

Crafted with a keen focus on operational efficiency, the Rubinstein Cannula boasts a unique 36-hole configuration, ensuring an even distribution of tumescent solution, thereby maximizing the area of influence while minimizing patient discomfort. Its solid proximal end is a testament to innovation, designed to maintain a dry surgical field, thereby optimizing the procedural workflow.

A distinctive lubricious coating on the cannula significantly diminishes trauma to the harvest site, underscoring Grey-Medical’s commitment to patient safety and post-operative recovery. This feature, coupled with the cannula’s ergonomic design, facilitates a smoother insertion and maneuverability, ensuring that the surgical process is not only effective but also minimally invasive.

Feature Grey-Medical: Rubinstein  Cannula
Design Proprietary 36-hole configuration for even solution distribution
Size 18G x 12cm, Straight, with a Luer Lock for secure attachment
Efficiency Solid proximal end to maintain a dry surgical field
Patient Comfort The lubricious coating reduces trauma to the harvest site
Material Premium quality materials for durability and repeated use
Application Specifically designed for tumescent solution infusion
Innovation Optimized for a larger infusion area with minimal patient discomfort