3 x Microtrack Smith Lens Expressor MS-36050

Description: The Microtrack Smith Lens Expressor stands as the epitome of precision in ophthalmic surgery, engineered to meet the exacting standards of medical professionals. Constructed from high-grade stainless steel and inspired by the renowned Smith technique, this expressor offers unparalleled control and accuracy in lens manipulation during ocular procedures. Informed by recent advancements in lens manipulation biomechanics, the Smith Lens Expressor ensures optimal surgical outcomes through meticulous and controlled lens handling.

Key Features:

1. Smith Technique Integration: The expressor seamlessly integrates the Smith technique, providing surgeons with a refined approach to lens manipulation. Informed by biomechanics research, this technique facilitates delicate and precise lens expression during surgical procedures.

2. Micro-Machined Tips: The expressor features micro-machined tips, enhancing the grip on the lens with minimal trauma. This micro-machining, inspired by recent studies, allows for controlled lens expression, reducing the risk of tissue damage and ensuring optimal surgical results.

3. Quantified Pressure Control: Incorporating a quantified pressure control mechanism, the Smith Lens Expressor empowers surgeons to modulate the applied force with precision. This data-driven feature, grounded in biomechanics, enables personalized adjustments, reducing the risk of lens-related complications.

Benefits:

1. Surgical Finesse: The integration of the Smith technique ensures unparalleled finesse in lens expression, contributing to superior surgical outcomes and reduced postoperative complications.

2. Enhanced Grip: Micro-machined tips provide an enhanced grip on the lens, minimizing the risk of slippage and ensuring controlled lens manipulation during ophthalmic procedures.

3. Personalized Pressure Control: The quantified pressure control mechanism allows surgeons to tailor pressure according to specific anatomical requirements, promoting optimal lens handling and reducing the risk of complications.