Jeweler European Bipolar Forceps # 4

The European Bipolar Forceps Jeweler # 4 by G14 Surgical are professional electrosurgical instruments engineered for highly accurate tissue handling and fine vessel coagulation. Manufactured from premium surgical-grade stainless steel with a high-integrity dielectric insulation shaft, these forceps feature slightly broader micro-tips than the #5 style, offering the ideal balance between delicate precision and firm structural grip. Equipped with a standard European flat-pin plug, they deliver concentrated bipolar energy directly between the tips to achieve immediate haemostasis with negligible thermal transfer to adjacent anatomical structures. They are a staple instrument in neurosurgery, ophthalmic procedures, and vascular microsurgery.

Key Features

• Premium medical-grade stainless steel core with durable, heat-resistant insulation

• Ultra-precise Jeweler # 4 tips for versatile micro-dissection and tissue holding

• European-style flat-pin connector compatible with standard bipolar generator cables

• Focused current pathway prevents thermal tissue damage, charring, and sticking

• Lightweight, balanced body designed to minimize hand fatigue during lengthy operations

• Fully reusable, corrosion-resistant, and completely autoclavable

Applications

• Neurosurgical micro-vessel sealing and tissue handling

• Ophthalmic, plastic, and reconstructive microsurgery

• Precision vascular surgery and micro-haemostasis

• ENT, head, and neck surgical procedures

• Complex clinical dissection and laboratory research

Specifications

• Product Name: European Bipolar Forceps Jeweler # 4

• Tip Style: Ultra-Fine Jeweler # 4 Straight 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 European Bipolar Forceps Jeweler # 4 deliver precise micro-coagulation and controlled tissue handling with minimal thermal spread for delicate surgical disciplines.