Advanced Electrosurgical Unit

Precision Surgical Performance with Enhanced Safety and Versatile Operation

Our advanced Electrosurgical Unit is designed to meet the precise demands of modern surgical procedures, offering both monopolar and bipolar functionality for coagulation and cutting. This versatile device provides reliable performance and superior control, making it ideal for a wide range of surgical environments.

Key Features:

  • Monopolar & Bipolar Operation: Allows for flexibility in performing different types of surgical interventions. Monopolar mode is perfect for larger areas requiring cutting and coagulation, while bipolar mode offers enhanced precision, especially for delicate tissue work.

  • Coagulation & Cutting Modes: Achieve clean cuts with minimal tissue damage and efficient hemostasis through various modes, which ensure consistent performance during surgery.

  • User-Friendly Interface: Equipped with an intuitive touchscreen and control panel for easy adjustment of power settings and modes.

  • Safety Mechanisms: Advanced safety features, including patient return electrode monitoring (REM), and auto-stop in case of anomalies, reduce risks during operations.

  • Customizable Power Settings: Fine-tune energy output for both cutting and coagulation, ensuring optimal results for different tissue types.

  • Compact & Portable Design: Lightweight and compact, ideal for both stationary and mobile surgical units.

  • Autoclavable Bipolar Forceps: Comes with high-quality autoclavable bipolar forceps for sterile use in repeated procedures.

  • High-Frequency Technology: Uses high-frequency electrical currents to reduce damage to surrounding tissues, minimizing healing time and enhancing surgical outcomes.

This electrosurgical unit is designed to deliver precise, reliable, and safe results for a wide range of procedures, including general surgery, gynecology, urology, and dermatology. Whether you're cutting, dissecting, or coagulating tissue, this device ensures that you perform with confidence and accuracy.