Product Overview
The 551131 Pierse-Colibri Forceps are high-precision ophthalmic microsurgical forceps characterized by their micro-scaled 0.25mm notched tips, integrated tying platforms, and a classic curved Colibri-style profile mounted to an ergonomic flat serrated handle. Utilizing the advanced Pierse-style notched tip principle rather than traditional sharp teeth, this instrument cradles and compresses delicate corneal tissue uniformly. Forged from high-tensile surgical steel, it achieves a secure “dead-lock” hold with microscopic finesse, while the highly polished tying platforms deliver a “liquid-smooth” tactile response under high magnification.
Key Features
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Colibri “Bird-Beak” Geometry: The advanced tip architecture positions the working notches at an acute angle relative to the shafts. This ultra-low-profile design moves the main body of the forceps away from the incision axis, providing a completely unobstructed line of sight down the surgical microscope.
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Pierse-Style 0.25mm Notched Tips: Engineered at a microscopic 0.25mm scale without sharp teeth to protect the fragile corneal stroma and endothelium from focal puncturing. The precision-milled notch geometry holds tissue margins through friction and nesting, eliminating the risk of tissue shearing.
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Dual-Function Integrated Tying Platforms: The distal working zone features precision-ground flat tying platforms positioned directly behind the notches. This allows the surgeon to seamlessly transition from structural tissue stabilization to looping and securing ultra-fine sutures (such as 9-0 to 11-0 monofilaments).
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Ergonomic Flat Serrated Handle: Designed with a low-profile flat handle featuring deep, tactile horizontal serrations. This premium grip architecture prevents glove slippage, minimizes finger fatigue, and ensures the instrument remains completely stationary against lateral rotation during high-finesse maneuvers.
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Surgical-Grade Resilience: Manufactured from premium, hardened stainless steel. It is built to maintain its hyper-precise notch alignment and spring tension through thousands of high-heat sterilization cycles.
