SURTRON FLASH 120

Key Features

• Operating Modes: Supports multiple modes, including pure CUT, cut-coagulation BLEND, incision with reduced eschar production (ENHANCED), superficial coagulation (FORCED COAG), deep coagulation without necrosis (SOFT COAG), BIPOLAR coagulation, and ABLATION. MedicalExpo+2pekamol.com+2Schuco+2

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

• 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 ENHANCED 90 W-250 Ω
• Max output power FORCED COAG 80 W-150 Ω
• Max output power SOFT COAG 60 W-100 Ω
• Max output power BIPOLAR COAG 60 W-50 Ω
• Working frequency 600 KHz
• RF power pulse emission time 10 ms – 30 sec
• RF power pulse interval 1 – 9
• Patient circuit F
• Selectable input voltage 115 – 230 Vac
• Mains frequency 50 – 60 Hz
• Electrical input power 350 VA
• Size WxHxD 370x144x319 mm
• Weight 6 Kgs

• Control Plate Circuit / OC patient
• Control of the emitted power
• Self-diagnosis

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

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.

Features

Features

1. Portable and  affordable

Technical Details

Key Features

Technical parameters:

• Power output can be controlled by the easy to use power adjustment button on the electrosurgical hand pencil which can shorten the operation time.
• With the inbuilt memory function on the device, you can set the required function parameters then power off the unit, next time the unit is powered on, the unit the last set parameter will be displayed.
• Output power of between 10 and 30 watts or less can be adjusted up and down by 0.1-watt increments, which is suitable for various delicate procedures.
• It can be used with disposable dispersive electrode

• x1 OBS-50 High-Frequency Electric Coagulator Unit
• x1 Reusable power control electrosurgical pencil
• x10 Non-Sterile Single-Use Short Sharp Tips
• x10 Non-Sterile Single-Use Short Blunt Tips
• x1 Power cord
• x1 Instruction manual

Multiple Applications to meet your different clinic demands

• Monopolar output mode without using the dispersive electrode
• Contact or insert into the tissue with the electrode
• The unit produces a high-frequency current, which runs through the patient via the electrode and then returns to the unit through grounding.
• High-frequency current vaporises the liquid inside the tissue cell therefore causing denaturation on the protein

• Another monopoly output mode without using a dispersive electrode
• Holding the electrode above the lesions rather than contact directly, will release an electric arc to the tissue.
• Range of action in this mode is limited to the surface where the arc contacts the tissue

• Suitable for hemostasis and shrinkage of tissue
• Used in control of hemostasis
• Suitable for more difficult cutting procedures for good hemostasis

• Monopolar output mode using the dispersive electrode
• Under this mode, the high-frequency current that is produced from the unit flows through the patient and then returns to the unit via a dispersive electrode
• The dispense electrode can draw more high-frequency current to the electrode, making the tip of electrode produce a more powerful desiccation to the tissue.

• An Output mode in which the high-frequency current circulates between two nearby electrodes (bipolar forceps), without using the dispersive electrode.
• In contrast to the effect of monopolar coagulation, since the high-frequency current is only circulated separately in the forceps, the bipolar coagulation effect acts only on the tissue surface, causing minimal damage to the tissue.

• Single foot switch
• Reusable power control electrosurgical pencil
• Reusable dispersive electrode (Patient Plate) & Cable
• Reusable bipolar forceps & cable
• Reusable Connecting Cable (for disposable dispersive electrode)
• Disposable dispersive electrodes
• Wall mounting Plate