Iris Curved European Bipolar Forceps

The Iris Curved European Bipolar Forceps by G14 Surgical are delicate electrosurgical instruments engineered for superior visual line-of-sight and precise tissue coagulation in confined surgical spaces. Forged from medical-grade stainless steel wrapped in a high-integrity dielectric insulation layer, these forceps feature ultra-fine, gently curved Iris tips that allow surgeons to easily maneuver around anatomical obstructions. Equipped with a standard European flat-pin connector, they concentrate bipolar energy directly between the tips to achieve swift vessel sealing while protecting surrounding sensitive structures from thermal transfer. They are highly favored in ophthalmic, neurosurgical, plastic, and facial reconstructive microsurgeries.

Key Features

• High-grade surgical stainless steel core with durable, heat-resistant insulation

• Precision curved Iris tips designed for optimal line-of-sight in restricted fields

• European-style flat-plug connector interface compatible with standard bipolar cables

• Targeted bipolar current delivery minimizes lateral thermal spread and tissue charring

• Balanced spring-action handles offer delicate tactile feedback and control

• Fully reusable, corrosion-resistant, and completely autoclavable

Applications

• Ophthalmic microsurgery and delicate ocular tissue coagulation

• Plastic, reconstructive, and cosmetic surgical procedures

• Neurosurgical micro-dissection and deep vessel sealing

• ENT and delicate head and neck surgeries

• Precise clinical research and laboratory micro-dissection

Specifications

• Product Name: Iris Curved European Bipolar Forceps

• Tip Style: Fine Curved Iris Tips

• Connector Type: European Flat-Pin Bipolar Connection

• Instrument Type: Electrosurgical Bipolar Forceps

• Finish: Blue Insulated Shaft with Satin/Polished Tips

• Reusable: Yes (Autoclavable)

• Manufacturer: G14 Surgical

G14 Surgical Iris Curved European Bipolar Forceps feature fine curved tips for enhanced visibility and precise micro-coagulation in ophthalmic and plastic surgery.