The ConMed Hardy Bayonet Reusable Electrosurgical Forceps (#60-1770-001) are bipolar footswitch-controlled forceps designed for use with ConMed Electrosurgical Generators. These forceps are built to provide precision and control during electrosurgical procedures, making them an essential tool for surgeons and medical professionals.
Features
Reusable Design: The forceps are designed to be reused, providing cost-efficiency and reducing medical waste.
Bipolar Functionality: Designed for bipolar electrosurgery, ensuring precise coagulation and cutting with minimal tissue damage.
Footswitch Activation: Operated via a footswitch, allowing for hands-free control and improved surgical efficiency.
Micro Tip with Stops: Equipped with a micro tip featuring stops for enhanced precision and control during delicate procedures.
No Insulation: The forceps are not insulated, offering direct contact with tissues for effective electrosurgical performance.
Ergonomic Bayonet Shape: The bayonet shape provides improved visibility and access to the surgical site.
The ConMed Hardy Bayonet Reusable Electrosurgical Forceps (#60-1770-001) are bipolar footswitch-controlled forceps designed for use with ConMed Electrosurgical Generators. These forceps are built to provide precision and control during electrosurgical procedures, making them an essential tool for surgeons and medical professionals.
Features
Reusable Design: The forceps are designed to be reused, providing cost-efficiency and reducing medical waste.
Bipolar Functionality: Designed for bipolar electrosurgery, ensuring precise coagulation and cutting with minimal tissue damage.
Footswitch Activation: Operated via a footswitch, allowing for hands-free control and improved surgical efficiency.
Micro Tip with Stops: Equipped with a micro tip featuring stops for enhanced precision and control during delicate procedures.
No Insulation: The forceps are not insulated, offering direct contact with tissues for effective electrosurgical performance.
Ergonomic Bayonet Shape: The bayonet shape provides improved visibility and access to the surgical site.