Diathermy – Handle & Finger Switch (Re-Usable)

Description

Diathermy – Handle & Finger Switch (Re-Usable)

Durable, Ergonomic Diathermy Handle with Dual Finger Switch for Precision Control

The Reusable Diathermy Handle with Finger Switch is a high-quality, ergonomic surgical accessory designed for precise control of electrosurgical functions during procedures. Equipped with dual finger-operated buttons for cut and coagulate modes, it enables surgeons to operate efficiently and maintain sterile control without interacting with the generator directly.

Key Features:

• Dual Finger Switch Controls: Separate buttons for cut and coag modes provide easy, fingertip control.

• Reusable & Long-Lasting: Made from medical-grade, heat-resistant polymer for repeated sterilization and extended service life.

• Ergonomic Design: Lightweight, balanced handle reduces hand fatigue and enhances precision during surgery.

• Universal Compatibility: Accepts standard monopolar diathermy electrodes and connects to most electrosurgical generators.

• Reliable Electrical Performance: Provides stable, low-resistance current flow for consistent cutting and coagulation.

• Autoclavable: Fully sterilizable for safe re-use across multiple procedures.

• Durable Construction: Resistant to heat, chemicals, and mechanical stress for dependable clinical performance.

• Applications: Ideal for general surgery, ENT, gynaecology, dermatology, plastic, and minor surgical applications.

Specifications:

• Model: Diathermy Handle with Finger Switch (Reusable)

• Type: Monopolar handle, dual finger switch (Cut/Coag)

• Cable Length: Approx. 3 metres

• Connector: Standard 3-pin plug

• Material: Heat-resistant medical-grade polymer

• Sterilization: Autoclavable

• Compatibility: Standard monopolar electrodes and diathermy generators

• Colour: Typically blue (varies by manufacturer)

Reliable, reusable, and ergonomically designed — the Diathermy Handle with Finger Switch (Re-Usable) provides precise, safe, and efficient control for all electrosurgical applications.