Description

Iris Hook Insulated – Precision Instrument for Ophthalmic and Microsurgical Procedures

Overview

The Iris Hook Insulated is a specialized surgical instrument designed primarily for delicate tissue manipulation during ophthalmic procedures. Specifically, its insulated design ensures safe use in electrosurgical applications while providing precise control. Additionally, the fine, curved tip allows surgeons to gently engage and retract delicate ocular tissues, particularly the iris, without causing trauma.

Key Features

1. Insulated Construction for Electrosurgical Safety

• First, the instrument features a high-quality insulated coating along the shaft to prevent stray electrical currents.

• Moreover, this design allows safe use with electrocautery units during intraocular procedures.

• Consequently, it significantly minimizes the risk of thermal damage to surrounding tissues.

2. Precision-Engineered Tip Design

• Initially, the fine, smooth tip with optimal curvature ensures atraumatic iris manipulation.

• Furthermore, it is available in various angles (typically 90° or 120°) for different surgical approaches.

• As a result, surgeons achieve controlled retraction and positioning of delicate ocular tissues.

3. High-Quality Materials

• Primarily, the hook is manufactured from medical-grade stainless steel for durability and corrosion resistance.

• In addition, it is compatible with all standard sterilization methods (autoclave, chemical, etc.).

• Therefore, it maintains structural integrity through repeated use and cleaning cycles.

4. Ergonomic Handle Design

• Not only does it feature balanced weight distribution for superior microsurgical control, but also a textured grip surface for enhanced handling precision.

• Additionally, it is available in multiple lengths to suit different procedural requirements.

Clinical Applications

• Primarily, it is used in cataract surgery for iris retraction during phacoemulsification.

• Similarly, it proves invaluable in iridectomy procedures for precise tissue positioning.

• Likewise, surgeons utilize it in glaucoma surgery for angle structure manipulation.

• Furthermore, it assists in corneal transplant procedures for delicate tissue handling.

• Finally, it serves various other microsurgical applications requiring delicate tissue engagement.

Technical Specifications

• Tip Styles: Typically, curved (90°/120°), though straight variations are available.

• Length Options: Generally, 100mm or 120mm, with custom lengths upon request.

• Insulation Coverage: Notably, full shaft insulation with exposed tip.

• Material: Exclusively, 316L surgical stainless steel.

• Sterilization: Completely, autoclavable at 134°C.

Why Choose Insulated Iris Hooks?

• Above all, they provide enhanced safety by preventing accidental burns to ocular structures.

• Equally important, they offer superior control through a precision tip for millimeter-scale adjustments.

• Furthermore, their procedural versatility makes them suitable for multiple anterior segment procedures.

• Lastly, their durability ensures they withstand repeated sterilization without performance degradation.

Operational Benefits

• First, they reduce surgical time through efficient tissue manipulation.

• Second, they minimize iatrogenic trauma to delicate iris structures.

• Moreover, they are compatible with all major electrosurgical generators.

• Finally, they maintain a clear visual field during procedures.

Maintenance & Care

• Initially, always inspect tip integrity before each use.

• Next, clean with enzymatic detergents post-procedure.

• Then, sterilize using standard hospital protocols.

• Lastly, store in protective casing to prevent tip damage.

Conclusion

The Iris Hook Insulated represents the gold standard in ophthalmic tissue manipulation instruments. Not only does it combine microsurgical precision with electrosurgical safety features, but it also addresses the unique challenges of anterior segment surgery. Ultimately, it meets the stringent requirements of modern ophthalmic practice while enhancing procedural outcomes.