Electrosurgical Unit

Medlon Electrosurgical Unit are advanced medical devices designed for a wide range of surgical departments including gynecology and veterinary applications. Their output ranges from 50W to 400W, with modulation frequencies and crest factors designed for optimal cutting and coagulation performance. They are equipped with features like the CQM system, foot switch and pen controls, and quick power/volume adjustment, ensuring patient safety and ease of use. These electrosurgical units combine performance, safety, and reliability, making them essential tools in modern surgical environments.

Monopolar - Cut - Pure Cut Max Output Power
Monopolar - Cut - Pure Cut Load Impedance
Monopolar - Cut - Pure Cut Modulation Frequency
Monopolar - Cut - Pure Cut Max Output Voltage

Electrosurgical Unit MEU-701

Monopolar - Cut - Pure Cut Max Output Power : 300W

Monopolar - Cut - Pure Cut Load Impedance : 500Ω

Monopolar - Cut - Pure Cut Modulation Frequency : -

Electrosurgical Unit MEU-702

Monopolar - Cut - Pure Cut Max Output Power : 200W

Monopolar - Cut - Pure Cut Load Impedance : 500Ω

Monopolar - Cut - Pure Cut Max Output Voltage : 1300V

Electrosurgical Unit MEU-703

Monopolar - Cut - Pure Cut Max Output Power : 120W

Monopolar - Cut - Pure Cut Load Impedance : 500Ω

Monopolar - Cut - Pure Cut Max Output Voltage : 1300V

Electrosurgical Unit MEU-704

Monopolar - Cut - Pure Cut Max Output Power : 100W

Monopolar - Cut - Pure Cut Load Impedance : 500Ω

Monopolar - Cut - Pure Cut Max Output Voltage : 1300V

Electrosurgical Unit MEU-705

Monopolar - Cut - Pure Cut Max Output Power : 100W

Monopolar - Cut - Pure Cut Load Impedance : 500Ω

Monopolar - Cut - Pure Cut Max Output Voltage : 1300V

Electrosurgical Unit MEU-706

Monopolar - Cut - Pure Cut Max Output Power : 100W

Monopolar - Cut - Pure Cut Load Impedance : 500Ω

Monopolar - Cut - Pure Cut Max Output Voltage : 1300V

Electrosurgical Unit MEU-707

Monopolar - Cut - Pure Cut Max Output Power : 200W

Monopolar - Cut - Pure Cut Load Impedance : 500Ω

Monopolar - Cut - Pure Cut Max Output Voltage : 1300V

Electrosurgical Unit MEU-708

Monopolar - Cut - Pure Cut Max Output Power : 200W

Monopolar - Cut - Pure Cut Load Impedance : 500Ω

Monopolar - Cut - Pure Cut Max Output Voltage : 1300V

Electrosurgical Unit MEU-709

Monopolar - Cut - Pure Cut Max Output Power : 400W

Monopolar - Cut - Pure Cut Load Impedance : 500Ω

Monopolar - Cut - Pure Cut Max Output Voltage : 1300V

Frequently Asked questions

Q1

Is the Electrosurgical Unit suitable for gynecology procedures?

Absolutely, it's designed for safe and precise use in gynecological surgeries.

Q2

What safety features are included in the Electrosurgical Unit?

It includes the CQM (Contact Quality Monitoring) system, foot switch and pen controls, and quick adjustment settings.

Q3

How does the Electrosurgical Unit ensure patient safety during procedures?

The Electrosurgical Unit is equipped with the CQM Contact Quality Monitoring System, which continuously monitors electrode contact quality. This minimizes the risk of accidental burns or ineffective energy delivery, ensuring maximum patient safety during surgical procedures.

Q4

What makes the Electrosurgical Unit ideal for multi-disciplinary surgical departments?

With a power output range from 50W to 400W and advanced modulation frequencies, the Electrosurgical Unit offers versatile performance across departments. It's suitable for general surgery, gynecology, urology, ENT, pediatric, and veterinary procedures—making it a universal tool in modern operating rooms.

Q5

Can the Electrosurgical Unit be used in minimally invasive surgeries?

Yes, the precision cutting and coagulation capabilities of the Electrosurgical Unit, combined with intuitive controls and safety features, make it well-suited for both open and minimally invasive procedures.

Q6

How does the Electrosurgical Unit improve efficiency in the operating room?

Its quick power and volume adjustment capabilities, combined with high cutting and coagulation performance, enable faster setup and operation times. This improves surgical precision and reduces procedural delays, leading to better outcomes and productivity.