Electrosurgical Unit MEU-709 offers maximum voltages up to 4800 V with high crest factors of 6.3 and 6.2 in its Spray and Forced modes, respectively, making it ideal for coagulation. Its Blend modes offer reduced output power for a balance between cutting and coagulation, with modulation frequencies of 20 kHz. This unit offers a range of monopolar and bipolar modes for cutting and coagulation during surgical procedures. Additionally, it is designed to meet a variety of surgical needs, offering precision and safety across different tissue types and procedural requirements.
| Monopolar - Cut - Pure Cut Max Output Power | 400W |
| Monopolar - Cut - Pure Cut Load Impedance | 500Ω |
| Monopolar - Cut - Pure Cut Max Output Voltage | 1300V |
| Monopolar - Cut - Pure Cut Crest Factor | 1.8 |
| Monopolar - Cut - Blend 1 Max Output Power | 200W |
| Monopolar - Cut - Blend 1 Load Impedance | 500Ω |
| Monopolar - Cut - Blend 1 Modulation Frequency | 20kHz |
| Monopolar - Cut - Blend 1 Max Output Voltage | 1400V |
| Monopolar - Cut - Blend 1 Crest Factor | 2.0 |
| Monopolar - Cut - Blend 2 Max Output Power | 150W |
| Monopolar - Cut - Blend 2 Load Impedance | 500Ω |
| Monopolar - Cut - Blend 2 Modulation Frequency | 20kHz |
| Monopolar - Cut - Blend 2 Max Output Voltage | 1300V |
| Monopolar - Cut - Blend 2 Crest Factor | 2.0 |
| Monopolar - Coag – Spray Max Output Power | 120W |
| Monopolar - Coag – Spray Load Impedance | 500Ω |
| Monopolar - Coag – Spray Modulation Frequency | 12 to 24kHz |
| Monopolar - Coag – Spray Max Output Voltage | 4800V |
| Monopolar - Coag – Spray Crest Factor | 6.3 |
| Monopolar - Coag – Forced Max Output Power | 120W |
| Monopolar - Coag – Forced Load Impedance | 500Ω |
| Monopolar - Coag – Forced Modulation Frequency | 25kHz |
| Monopolar - Coag – Forced Max Output Voltage | 4800V |
| Monopolar - Coag – Forced Crest Factor | 6.2 |
| Monopolar - Coag – Soft Max Output Power | 120W |
| Monopolar - Coag – Soft Load Impedance | 500Ω |
| Monopolar - Coag – Soft Modulation Frequency | 20kHz |
| Monopolar - Coag – Soft Max Output Voltage | 1000V |
| Monopolar - Coag – Soft Crest Factor | 2.0 |
| Bipolar – Standard Max Output Power | 100W |
| Bipolar – Standard Load Impedance | 100Ω |
| Bipolar – Standard Modulation Frequency | 20kHz |
| Bipolar – Standard Max Output Voltage | 700V |
| Bipolar – Standard Crest Factor | 1.9 |
| Bipolar – Fine Max Output Power | 50W |
| Bipolar – Fine Load Impedance | 100Ω |
| Bipolar – Fine Modulation Frequency | 20kHz |
| Bipolar – Fine Max Output Voltage | 400V |
| Bipolar – Fine Crest Factor | 1.9 |
Our Electrosurgical Unit MEU-709 is designed to meet the needs of various surgical specialties, including general surgery, orthopedic, gynecological, ENT, neurosurgery, skin plastic, and oral and maxillofacial surgery.
| Accessories Name | Quantity |
| Monopolar Foot-Switch | 1 pc |
| Bipolar Foot-Switch | 1 pc |
| Hand-Switch Pencil, Disposable | 1 pc |
| Patient Return Electrode Without Cable, Split, for Adult, Disposable | 1 pc |
| Connecting Cable for Patient Return Electrode (Split), 3m, Reusable | 1 pc |
| Bipolar Forceps, Reusable, Connecting Cable | 1 pc |
Accessories Name Quantity Monopolar Foot-Switch 1 pc Bipolar Foot-Switch 1 pc Hand-Switch Pencil, Disposable 1 pc Patient Return Electrode Without Cable, Split, for Adult, Disposable 1 pc Connecting Cable for Patient Return Electrode (Split), 3m, Reusable 1 pc Bipolar Forceps, Reusable, Connecting Cable 1 pc
Our Electrosurgical Unit MEU-709 is designed to meet the needs of various surgical specialties, including general surgery, orthopedic, gynecological, ENT, neurosurgery, skin plastic, and oral and maxillofacial surgery.
Consult Our Experts
Frequently Asked questions
Can the Electrosurgical Unit be used for both cutting and coagulation?
Yes, it provides multiple monopolar and bipolar modes for both cutting and coagulation.
What are the key features of the Electrosurgical Unit?
The Electrosurgical Unit features monopolar and bipolar modes for cutting and coagulation. It offers precise control with up to 400W of power in pure cut mode and advanced coagulation modes with voltages up to 4800V. The unit also includes safety features like Cut Quality Monitoring (CQM), foot switch control, and adjustable power and volume for convenience in different surgical settings.
What surgical procedures can benefit from using the Electrosurgical Unit?
It is ideal for various surgical specialties, including general surgery, orthopedic surgery, gynecological procedures, ENT, neurosurgery, plastic and reconstructive surgery, and oral and maxillofacial surgery. Its wide range of modes and output power makes it versatile for both delicate and complex procedures.
What makes the Electrosurgical Unit safe for surgical use?
It integrates Cut Quality Monitoring (CQM), ensuring safe and precise cuts. It also features multiple safety modes, including spray, forced, and soft coagulation, which are designed to minimize tissue damage while offering optimal performance. Additionally, the unit offers both foot switch and hand switch control for convenient operation.
How does the Electrosurgical Unit adjust for different tissue types and surgical needs?
It offers multiple modes for cutting and coagulation with adjustable power and volume settings. The Blend modes offer a balanced combination of cutting and coagulation, while the Spray and Forced coagulation modes provide high voltages for efficient tissue sealing and hemostasis. This adaptability allows for precise procedures on various tissue types, ensuring optimal outcomes.
Can the Electrosurgical Unit be used for both monopolar and bipolar surgeries?
Yes, it supports both monopolar and bipolar surgeries. It offers monopolar pure cut, blend, and coagulation modes, along with bipolar output modes for precise control in various surgical settings. The bipolar modes are particularly useful for fine tissue dissection and coagulation with minimal thermal damage.
What is the modulation frequency of the Electrosurgical Unit, and how does it impact performance?
The modulation frequencies for the Electrosurgical Unit vary depending on the mode. For example, the blend modes operate at 20 kHz, while the spray coagulation mode operates between 12 and 24 kHz. These frequencies help tailor the energy output to the specific tissue type and surgical requirements, offering optimal performance and minimal risk of tissue damage.
How is the Electrosurgical Unit controlled during surgery?
It can be controlled via foot switches or hand switches for easy operation during procedures. It also features quick power and volume adjustment to allow the surgical team to make real-time changes as needed, ensuring efficient and safe surgical performance.
Is the Electrosurgical Unit suitable for gynecology procedures?
Absolutely, it's designed for safe and precise use in gynecological surgeries.
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.
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.
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.
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.
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.
