Bayonet European Bipolar Forceps

The Bayonet European Bipolar Forceps by G14 Surgical are specialized electrosurgical instruments manufactured for wholesale B2B medical supply, surgical distributors, and hospital procurement. Featuring an offset bayonet shaft design, these forceps keep the surgeon’s hand outside the line of sight, allowing an unobstructed view through microscopes or endoscopes into deep surgical cavities. Built from medical-grade stainless steel encased in a high-integrity dielectric insulation layer, they feature a standard European flat-pin connector compatible with universal bipolar generators. They deliver precise, localized RF energy for swift vessel coagulation with minimal thermal spread.

Key Features

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

• Ergonomic offset bayonet geometry maximizes surgical visibility in deep cavities

• European-style flat-pin connector interface for seamless generator cable integration

• Concentrated bipolar current minimizes lateral thermal damage and tissue sticking

• Precision-aligned tips ensure accurate micro-vessel grasping and coagulation

• Fully autoclavable, highly corrosion-resistant, and built for repeatable hospital sterilization

Applications

• Neurosurgical deep-brain tissue coagulation and spinal procedures

• ENT, nasal, and otolaryngological micro-dissection

• Micro-vascular surgery and deep pelvic haemostasis

• Plastic and reconstructive surgeries requiring high visual clearance

• Laparoscopic and minimally invasive surgical assist procedures

Specifications

• Product Name: Bayonet European Bipolar Forceps

• Tip Style: Fine Bayonet Tips (Offset Shaft)

• 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 (OEM / B2B Supply)

G14 Surgical manufactures Bayonet European Bipolar Forceps, engineered with an offset shaft for unobstructed deep-cavity visibility and precise vessel coagulation.