Product Overview
The 651160 Lenticule Extraction Forceps are hyper-precision ophthalmic microsurgical forceps characterized by their ultra-low profile forward shafts, specialized tissue-gripping jaws, and a perfectly balanced ergonomic handle. Engineered explicitly to navigate through micro-incisions as small as 2.0mm, this instrument is designed to safely enter the deep stromal interface. Forged from high-tensile surgical steel, the micro-machined jaw tips close with flawless micrometric alignment from heel to toe. This delivers a uniform, slip-free compression hold on the incredibly slick, microscopic corneal tissue layer, enabling a smooth, single-gesture extraction without tearing the delicate lenticule or disrupting the overlying corneal cap.
Key Features
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High-Traction Lenticule Grip Geometry: Features hand-finished, low-profile jaw faces engineered to provide an ultra-secure, non-slip grasp on thin, fluid-slick intrastromal tissue layers without causing localized tearing or fragmentation.
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Micro-Incision Safe Profile: The forward shafts are engineered with an exceptionally slender, streamlined diameter that slides seamlessly into the corneal side-cut without stretching the wound margins or inducing induced astigmatism.
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Atraumatic Exterior Polish: The exterior surfaces and peripheral edges of the tips are hand-beveled and polished completely smooth. This guarantees that the instrument can manipulate freely within the stromal pocket without scratching the underside of the corneal cap or scratching the surrounding healthy stroma.
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Ergonomic Spring Handle: Features a lightweight spring handle integrated with strategic tactile guide scoring. This premium grip architecture prevents glove slippage, eliminates lateral twisting, and provides exceptional tactile feedback to the surgeon’s fingertips under high magnification.
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Surgical-Grade Resilience: Manufactured from premium, hardened stainless steel. It is built to maintain its hyper-precise jaw parallelism, rigid alignment, and responsive spring calibration through thousands of high-heat sterilization cycles.
