RETINAL DETACHMENT HOOK (1.5MM WITH OVAL HOLE)

Product Overview

The 554072 Retinal Detachment Hook is a hyper-precision ophthalmic microsurgical instrument characterized by its specialized 1.5mm hook profile and a micro-machined oval suture hole. Engineered to operate with total predictability during high-stakes scleral buckling maneuvers, this instrument allows the surgeon to simultaneously isolate an extraocular muscle belly and thread traction sutures through a single, streamlined pathway. Forged from high-tensile surgical steel, the ultra-low-profile hook slides effortlessly behind the muscular insertion zones. The integrated 1.5mm oval eyelet functions as a secure suture passer, enabling swift, single-handed control over muscle fixation and retraction while preserving adjacent scleral integrity.

Key Features

Integrated 1.5mm Oval Suture Hole: Features a micro-milled, perfectly deburred oval eyelet at the forward bend of the hook. This specialized geometry allows traction or tagging sutures to be threaded seamlessly, converting the hook into an efficient suture passer for quick muscle stabilization.
Atraumatic 1.5mm Curved Hook: Designed with a meticulously hand-polished, blunt 1.5mm curvature. This smooth profile glides along the delicate scleral wall with zero resistance, completely preventing accidental globe perforation or focal laceration of tissue fibers.
Ergonomic Tactile Handle: Designed with a premium handle featuring strategic longitudinal grounding zones. This architecture prevents lateral twisting or rotational slippage inside the surgical glove, suppressing micro-tremors and providing maximum tactile feedback.
Glance-Free Satin Finish: Hand-beveled with an anti-reflective satin coating that dampens the intense illumination of the surgical microscope, minimizing visual glare and maximizing procedural clarity.
Surgical-Grade Resilience: Manufactured from premium, hardened stainless steel. It is built to maintain its hyper-precise hook geometry, micro-hole structural integrity, and rigid alignment through thousands of high-heat sterilization cycles.