Five Modes 400W Portable ESU Electrocautery Machine for Endoscope Surgery | INNORKOM

Five Modes 400W  Portable ESU Electrocautery Machine for Endoscope Surgery | INNORKOM

The Five Modes 400W Portable ESU Electrocautery Machine by INNORKOM is a must-have for endoscope surgery with its versatile capabilities, ensuring precision and efficiency. With five different modes to choose from, users can easily adjust settings to meet their specific needs. This portable machine is designed for endoscope surgery, making it an essential tool for medical professionals seeking efficient and effective results in the operating room.

 technical Parameters

• Mono cut:cutting power of 400W (load 500)

• Blend:150W (load 500)

• Mono Coag:

• Soft Coag power of 100W (load 500)

• Strong Coag:80W (load 500)

• Bipolar Coag:50W (load 200)
  

Aplicativo  Scenario

• Suitable for various surgeries including general surgery, cardiology, gynecology, anorectal surgery, orthopedics, thoracic surgery, tumor surgery, and more.
• Compatible with endoscopic procedures such as endoscope, hysteroscope, laparoscope, and ENT endoscope surgeries.
• Bipolar mode is ideal for delicate surgeries in microsurgery, neurology, ENT, ophthalmology, and hand surgery.  

Fuctiomal features

1.Cutting: that is pure cutting, the effect is fine cutting, tissue surface is fresh and no scab;

2.Blend: The effect is to provide good coagulation while cutting. It is suitable for superficial coagulation of tissue in surgery and can be used with endoscopy 

3.Coag 1: It can be called soft electrocoagulation or point coagulation. It is suitable for deeper coagulation of tissue in surgery and can be used with endoscopy. Because smaller area of action can reduce adhesion between electrode and tissue, it is better for rehabilitation of patients 

4.Coag 2: It can be called strong electrocoagulation or surface coagulation. I t has the faster coagulation and larger area of action 

5.Bipolar Coag: It can be called rapid bipolar electrocoagulation. It can achieve the effect of coagulation at the moment of start-up and reduce the rate of misoperation during surgery.