Product Overview
The 651076 IOL Forceps are high-precision ophthalmic microsurgical forceps characterized by their ultra-smooth jaw profiles, slender forward shafts, and a highly responsive ergonomic spring handle. Engineered to safeguard the delicate optical qualities of modern intraocular lenses, this instrument is designed to handle lenses with absolute structural security without leaving visible imprints or structural creases. Forged from high-tensile surgical steel, the micro-machined jaw tips close with flawless parallelism from heel to toe. This delivers a uniform, slip-free friction hold, allowing the surgeon to smoothly guide the lens implant through clear corneal micro-incisions and dial it into the capsular bag with total technical control.
Key Features
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Atraumatic Lens Protection Geometry: Features hand-polished, completely smooth interior jaw faces. This non-serrated architecture provides a secure, non-piercing hold that fully protects the ultra-sensitive optic surface and fragile haptics from scratches, crimping, or structural shearing.
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Micro-Incision Safe Profile: The forward shafts are engineered with an exceptionally slender, low-profile diameter that glides seamlessly into the corneal incision without stretching the wound margins or decompressing the anterior chamber.
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Enhanced High-Magnification Sightlines: The streamlined structural footprint minimizes visual obstruction within the operative zone, ensuring the surgeon maintains a completely clear, continuous line of sight through the surgical microscope.
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Ergonomic Spring Handle: Designed with a lightweight spring handle featuring strategic tactile grounding zones. This premium architecture eliminates lateral twisting, mitigates finger tremors, and provides exceptional tactile feedback to the surgeon’s fingertips during high-finesse positioning.
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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.
