High-Frequency Electrosurgical Generator

The High-Frequency Electrosurgical Generator is a reliable and efficient tool for surgical procedures. Designed to provide precision and versatility, it is ideal for use in various medical settings.

Key Features

• Multiple Working Modes: Supports both monopolar and bipolar modes for diverse surgical applications.
• Powerful Performance: Delivers a maximum output power of 150W with accurate power readouts within ±20% or 5W.
• Advanced Frequency: Operates at a main frequency of 512KHz for high precision.
• Enhanced Safety: Features low high-frequency leakage levels (Mono <150mA; Bip <60mA) for safe operation.
• Universal Power Compatibility: Functions with a power supply of 100240V/5060Hz for global use.
• Compact and Certified: Certified with CE and ISO standards, ensuring quality and reliability.

The High-Frequency Electrosurgical Generator is a dependable solution, designed for precision and safety in surgical environments.

Product Info Gallery

Intelligent Device System

Microprocessor controlled with a wide TFT LCD Touch Screen, clean image quality. The settings and working modes of operation are changed by touching icons on the screen, ensures the users with easy access to all functions, satisfying all the surgeries demands with safety, flexibility, reliability and convenience.

Technical Features

Characteristics Equipment are designed for conventional Electrosurgical procedures with the ability to automatically adjust, designed for various operations.

Activation Designed to perform cutting and coagulation during surgical procedures, output activated by handswitch or Footswitch REM(Return Electrode Monitoring) Return electrode (for Monopolar) with quality monitoring system(REM). This REM system continually monitors patient impedance levels and deactivates the generator if a fault in the patient/return electrode contact is detected, at the same time with Audible and Visual Alarms, as well as real-time dynamic display of the contact quality on the screen between the negative plate and the patient’s skin.

Automatic self-test When switch on the machine, it will start automatically self-test routine prior to operation.

Real-time Monitoring and Instance Response System for Tissue Density This proprietary technology delivers optimal clinical effects through continuous synchronization of current and voltage. It samples the current and voltage 450,000 times per second which enables it to respond to tissue impedance changes in less than 10 milliseconds, which ensuring the machine achieves optimum energy output levels quicker and more accurately – ensuring that only the precise voltage needed is safely delivered to each tissue type.

Monopolar Cut -Multi Monopolar outlet, 3-pin (4mm) outlets and Laparoscopic Microphone head (4mm, 8mm ) outlet -Different effects for cutting modes , pure cut for fast tissue dissection, while blend cut with a slight coagulation effect.

Monopolar Coagulation -Different coagulation modes provides precise, moderate, enhanced, contact-less coagulation effects -Possibility of argon plasma coagulation

Bipolar -Cut with different levels of haemostasis, urological cutting and etc -Coagulation with Forceps for contact coagulation without sparking

TURP Functions Both workable under Monopolar and Bipolar operating modes This mode is used in under water environment for surgery especial Resectoscopy, which removes the tissue in theprostate with kinetic plasma under saline liquid.

Upgrade Interface USB/RS232 interface available to connect with computer, which allows remote problem detect as well as further software upgrade. Compatible with other Equipment 1.Argon gas module. 2.Optimum Smoke Evacuation System

Multilanguage Available Language options: English, Spanish, Portuguese, Turkish and etc. Application of Use General Surgery; Gastroenterology, Dermatology; Vascular Surgery; Obstetrics and Gynecology Heart/Thoracic Surgery; ORL/ENT; Minimally Invasive Surgery(MSI) Cerebral surgery; Neurosurgery, Orthopedics & Plastic Surgery;

Trans Urethral Resection (TUR) and etc.