Product Overview
The 654024 Scleral Indentor is a hyper-precision ophthalmic instrument characterized by its smoothly contoured depressor tip, balanced tactile shaft, and an integrated pocket clip handle. Engineered to operate with fluid predictability during high-magnification indirect ophthalmoscopy or vitrectomy procedures, this instrument allows the clinician to apply targeted, controlled external pressure to the globe. Forged from premium surgical steel, the specialized indentation head is meticulously shaped to avoid focal pressure points, enabling the smooth indentation of the sclera to reveal peripheral retinal tears, holes, or degenerations that would otherwise remain hidden beyond the standard equatorial view field.
Key Features
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Atraumatic Contoured Depressor Tip: Features a hand-polished, completely smooth indentation head designed to match the anatomical curvature of the globe. This non-abrasive configuration distributes manual pressure evenly, preventing conjunctival micro-tears or patient discomfort during deep indentation maneuvers.
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Tactile Balanced Shaft Geometry: The rigid handle profile is designed with a specific weight-to-length ratio that optimizes the lever-arm force. This provides the clinician with highly accurate tactile feedback, allowing for micro-calibration of the force applied to the scleral wall.
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Integrated Pocket Clip Handle: Designed with a functional, premium pocket clip built directly into the handle architecture. This ensures the instrument remains securely accessible on surgical gowns or laboratory coats, preventing accidental drops and maintaining clinical readiness.
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Glance-Free Satin Finish: Hand-beveled with an anti-reflective satin coating that dampens the intense illumination of indirect ophthalmoscope light sources, minimizing visual glare and maximizing procedural clarity under high magnification.
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Surgical-Grade Resilience: Manufactured from premium, hardened stainless steel. It is built to maintain its hyper-precise tip architecture, seamless surface finish, and structural rigidity through thousands of high-heat sterilization cycles.
