3 x Microtrack Stevenson Lacrimal Sac Retractor MS-10020

Description: The Microtrack Stevenson Lacrimal Sac Retractor is an exemplar of precision in ophthalmic instrumentation, tailored for the exacting requirements of medical professionals. Meticulously crafted from high-quality surgical stainless steel, this retractor integrates advanced Stevenson technology, ensuring meticulous retraction of the lacrimal sac during oculoplastic procedures. Informed by recent biomechanical insights, the Microtrack Stevenson Lacrimal Sac Retractor offers unparalleled control and accuracy, setting a new standard in lacrimal surgery instruments.

Key Features:

1. Stevenson Technology Integration: Seamlessly incorporating Stevenson technology, this retractor provides surgeons with an innovative approach to lacrimal sac retraction. Grounded in recent biomechanics research, this technology ensures precise and controlled manipulation, minimizing the risk of inadvertent trauma.

2. Micro-Serrated Blades: The retractor blades feature micro-serrations, facilitating a secure and precise grip on the lacrimal sac. This micro-serration, inspired by recent studies, minimizes tissue trauma and enhances overall procedural safety.

3. Quantified Retraction Control: Featuring a quantified retraction control mechanism, the Stevenson Lacrimal Sac Retractor allows surgeons to modulate the retraction force with precision. This data-driven approach, rooted in biomechanics, enables personalized adjustments, reducing the risk of complications.

Benefits:

1. Surgical Precision: Stevenson technology ensures unparalleled precision in lacrimal sac retraction, contributing to superior surgical outcomes and reduced postoperative complications.

2. Enhanced Tissue Grip: Micro-serrated blades provide a secure grip on the lacrimal sac, minimizing the risk of slippage and ensuring controlled manipulation during oculoplastic procedures.

3. Personalized Retraction Control: The quantified retraction control mechanism allows surgeons to tailor the force according to specific anatomical requirements, promoting optimal tissue handling and reducing the risk of complications.