SURTRON 120

Key Features

• Operating Modes: Supports multiple modes including pure CUT, cut-coagulation BLEND, superficial coagulation (FORCED COAG), deep coagulation without necrosis (SOFT COAG), and, with a special adapter, BIPOLAR coagulation.

• Digital Interface: Equipped with a microcontroller for digital reading of delivered power and monitoring of operative functions, ensuring reliable performance.

• Safety Measures: Features patient/plate circuit monitoring, output power monitoring, and self-check control. The connection of the neutral electrode is constantly monitored, with safety control of patient/plate contact using a split neutral electrode.

• Underwater Cutting and Coagulation: Capable of performing procedures in wet environments, expanding its range of applications.

Technical Data

• Max output power CUT 120 W-250 Ω
• Max output power BLEND 90 W-200 Ω
• Max output power FORCED COAG 80W-150Ω
• Max output power SOFT COAG 60 W-100 Ω
• Max output power BIPOLAR 40 W-100 Ω
• Working frequency 600 KHz
• Patient circuit F
• Selectable input voltage 115-230 VAC
• Main frequency 50-60 Hz
• Electrical input power: 300 VA
• Size WxHxD  254x104x288 mm
• Weight 5 Kgs

• Patient/Plate circuit monitoring
• Output power monitoring
• Self-check control

• EN60601-1
• EN60601-1-2
• EN60601-2-2
• Electrical Class: I CF
• MDR 2017/745/UE Class: II b

Features

1. Portable and  affordable

Technical Details

Features:

1. Two Electrodes: The tips of the forceps act as both the active and return electrodes.
2. Precision Control: Allows for targeted application of electrical energy.
3. Reduced Risk of Burns: The current is confined between the forceps, minimizing the risk of accidental burns.
4. Reusable: Often made from stainless steel or titanium and can be sterilized for multiple uses3.
5. Variety of Designs: Available in straight, angled, and bayonet styles to suit different surgical needs.

Uses:

1. Coagulation: Used to stop bleeding by coagulating blood vessels.
2. Tissue Cutting: Can be used to cut tissue with precision.
3. Sealing: Effective in sealing blood vessels and tissue bundles.
4. Versatility: Used in various surgical fields such as general surgery, gynecology, neurosurgery, and ENT (Ear, Nose, and Throat) surgery.

Features:

1. High Conductivity: They are made from materials that ensure efficient conduction of electrical current.
2. Large Surface Area: This helps in dispersing the current over a wide area, reducing the risk of burns.
3. Adhesive Backing: They usually have an adhesive side to securely attach to the patient's skin.
4. Flexible Design: They are designed to conform to the contours of the patient's body.
5. Safety Mechanisms: Modern pads often include features like dual-pad return electrodes for fail-safe operation.

Uses:

1. Completing the Electrical Circuit: They act as a return path for the electrical current used in electrosurgery.
2. Minimizing Burns: By dispersing the current, they help prevent burns at the surgical site.
3. Ensuring Patient Safety: They are crucial for the safe operation of electrosurgical units, especially in patients with electronic implants like pacemakers.
4. Versatile Applications: Used in various surgical procedures, including cutting, coagulating, and desiccating tissue.