Product Overview
The 551217 Chalazion Forceps are high-precision oculoplastic forceps characterized by a mid-sized 12×14mm oval plate paired with a matching open-ring frame, mounted to an ultra-tactile serrated handle with a locking thumb screw. This instrument is engineered to isolate localized tarsal lesions with pinpoint accuracy, providing a perfectly flat, rigid backing that exposes the targeted palpebral conjunctiva or cutaneous surface. Forged from high-tensile surgical steel, this “beast” provides a uniform, “liquid-smooth” clamping pressure that guarantees a bloodless surgical field, allowing the surgeon to perform clean incisions and curettage with absolute technical confidence.
Key Features
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Versatile 12×14mm Oval Working Zone: Features a meticulously proportioned oval plate and matching open ring. This intermediate geometry is explicitly designed to fully enclose mid-sized chalazia, providing excellent structural coverage while remaining nimble enough to maneuver easily within the palpebral fissure.
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Absolute Hemostatic Clamping: The flat solid plate acts as an unyielding anvil against the compression ring, safely flattening the peripheral vasculature around the lesion. This design delivers immediate local hemostasis, keeping the field clear of blood during dynamic curettage.
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Locking Thumb-Screw Mechanism: Equipped with a precision-threaded adjustable screw mechanism between the handles. This allows the surgeon to meticulously calibrate the closing tension and lock the forceps in place, adapting to variable eyelid thicknesses while maintaining hands-free structural security.
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Ergonomic Serrated Handle: Features a low-profile spring handle integrated with deep, tactile horizontal serrations. This premium grip architecture prevents glove slippage, minimizes finger fatigue, and ensures the instrument remains completely stable 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 ring-to-plate alignment and thread integrity through thousands of high-heat sterilization cycles.
