Description

A diathermy handswitching pencil is an essential tool in the field of electrosurgery, providing surgeons with precise control over cutting and coagulating tissues. This versatile device integrates seamlessly into surgical procedures, allowing for the effective management of biological tissues through high-frequency electrical currents.

Key Features

• Handswitching Control: Equipped with intuitive push buttons or rocker switches, this pencil enables surgeons to effortlessly switch between cutting and coagulation modes directly from the handpiece, eliminating the need for a footswitch.

• Electrode Compatibility: Designed to accommodate a variety of detachable electrode tips, such as blades, needles, and loops, to suit diverse surgical needs.

• Ergonomic Design: Its lightweight and slim profile, coupled with a contoured, slip-resistant grip, ensures comfortable handling and reduces hand fatigue during prolonged use.

Design and Safety

• Tactile Feedback: Provides tactile feedback on switches to minimize accidental activation, enhancing operational safety.

• Sterility Options: Available in both sterile, single-use and reusable forms, catering to different surgical environments. Disposable versions are pre-sterilized, while reusable ones require proper sterilization.

• Material Construction: Typically made from medical-grade plastic for disposable models and stainless steel for reusable ones.

Compatibility and Use

• Universal Generator Compatibility: Connects easily to standard electrosurgical generators, often using a 3-pin or banana plug connector.

• Monopolar Operation: Functions with monopolar electrosurgical units, necessitating a return electrode to complete the circuit.

• Flexible Cable: Comes with a long, flexible cable to ensure easy connection to the electrosurgical generator.

Application

Widely used across various surgical disciplines, including general surgery, cardiac, orthopedic, plastic, and more. Suitable for both open and minimally invasive procedures, making it a valuable asset in diverse medical settings.