Product Overview
The 651085 Corneal Forceps are high-precision ophthalmic microsurgical forceps characterized by their 0.12mm oblique interlocking teeth, integrated tying platforms, and smoothly curved shafts mounted to a specialized dipped serrated handle. Forged from high-tensile surgical steel, the microscopic 0.12mm teeth are set at a precise oblique angle to provide an unyielding “dead-lock” grip on tough corneal layers with minimal compressive force, drastically reducing tissue shearing. Coupled with micro-ground tying platforms, this instrument delivers a “liquid-smooth” tactile response during high-magnification wound closures.
Key Features
-
0.12mm Oblique Interlocking Teeth: Features microscopic, hand-milled teeth set at a specialized angle relative to the tip axis. This configuration provides superior mechanical authority to firmly engage and fixate the dense corneal stroma without slipping or tearing fragile tissue edges.
-
Integrated Micro-Tying Platforms: The distal working zone features precision-ground flat tying platforms positioned directly behind the oblique teeth. This allows the surgeon to seamlessly transition from structural tissue manipulation to looping and securing ultra-fine sutures (such as 10-0 to 11-0 monofilaments).
-
Anatomically Curved Shafts: The shafts are hand-set with a smooth curvature that mirrors the natural profile of the globe. This configuration maximizes surgical clearance and visibility under the microscope, allowing for non-obstructive access to multi-directional incision corridors.
-
Ergonomic Dipped Serrated Handle: Features a custom-contoured handle profile with a distinct central “dip” and micro-serrated cross-hatching. This unique tactile architecture conforms perfectly to the surgeon’s grip, preventing finger slippage and minimizing manual fatigue during long, high-finesse maneuvers.
-
Surgical-Grade Resilience: Manufactured from premium, hardened stainless steel. It is built to maintain its hyper-precise tooth alignment and structural balance through thousands of high-heat sterilization cycles.
