Micro-Precision Tissue Manipulation & Lens Alignment Solutions

Navigating fine intraocular structures and extraocular muscles requires instruments with exceptional balance, delicate tip geometry, and zero-flex stability. Surgical hooks are indispensable tools across cataract, strabismus, vitreoretinal, and reconstructive eye procedures, enabling surgeons to position IOLs, manipulate pupil margins, and isolate extraocular muscles without tearing surrounding tissue.

Manufactured in strict adherence to ISO 13485 and CE quality standards, our Ophthalmic Hooks collection is crafted from premium Medical-Grade Stainless Steel and Titanium Alloy. Featuring anti-glare satin finishes, hand-buffed smooth tips, and lightweight ergonomic handles, these instruments ensure precise maneuverability, optimal tactile sensitivity, and non-slip control under high-magnification operating microscopes.

Key Models & Surgical Applications

• Strabismus & Muscle Hooks: Purpose-built for elevating, isolating, and securing extraocular muscle bellies during strabismus and retinal detachment procedures. Includes classic patterns such as Jameson Hook, Graefe Muscle Hook, Stevens Hook, Chavasse Hook, and specialized Helveston Hooks.

• Lens Positioning & Manipulating Hooks: Ultra-fine angled and reverse-bent hooks designed for smooth intraocular lens (IOL) dialling, repositioning, and nucleus rotation. Features gold-standard designs like Sinskey Hook, Kuglen Hook, and universal Lens Hooks.

• Iris & Fixation Hooks: Delicate, micro-curved tools engineered for atraumatic pupil expansion, iris manipulation, and localized tissue fixation, featuring Iris Hooks and Guthrie Hooks (single and double-prong variants).

Why Choose Our Ophthalmic Hooks?

• Atraumatic Tip Finishing: Microscopic tip inspections ensure perfectly rounded, smooth prongs and hooks that manipulate tissue without slicing or puncturing delicate membranes.

• Ergonomic Sensitivity: Lightweight, balanced handles provide maximum tactile awareness, giving surgeons fine control over subtle tissue tension.

• Non-Glare Finish: Matte-finished metals prevent light reflection and distraction under intense operating microscope illumination.

• Sterilization Ready: Engineered to preserve shaft rigidity, tip angle, and structural integrity through repeated steam autoclaving and EtO sterilization protocols.