SURTRON SB- Epatic Resection without Bleeding

• Innovative Incremental Voltage RF Generator
• Disposable No-Stick Multielectrode
• Guide designed to avoid electrodes
• Protective shield to help in the insertion of the electrodes and for thermal isolation of the tissues below the parenchyma

Key Features

• Patented RF Technology: Utilizes an innovative incremental voltage RF generator with automatic energy control, ensuring precise coagulation of targeted liver tissue.led.it

• Multielectrode Comb Design: Features a disposable, non-stick multielectrode resembling a comb, promoting uniform coagulation across the transection plane.led.it

• Comprehensive Accessory Set: Includes a guide to prevent electrode misplacement and a protective shield to assist in electrode insertion and provide thermal isolation to underlying tissues.led.it

• Clinical Efficacy: Studies have demonstrated that the SURTRON SB enables bloodless hepatic resections without the need for vascular occlusion techniques, thereby reducing operative time and postoperative complications

Technical Specifications

• Max output power 250 W-50 Ω
• Working frequency 350 kHz
• Max output voltage 600 Vpp
• Input voltage 100-240 Vac
• Mains frequency 50-60 Hz
• Electrical input power 450 VA
• Size WxHxD 470x150x400 mm
• Weight 15 Kgs

Features:

1. Material: Made from medical-grade silicone, which is durable and flexible.
2. Reusable: Can be used multiple times after proper sterilization, making it cost-effective.
3. Adhesive Backing: Comes with an adhesive side to securely attach to the patient's skin.
4. Large Surface Area: Designed to disperse electrical current over a wide area to minimize the risk of burns.
5. Connectors: Typically equipped with connectors like REM or banana connectors for easy attachment to electrosurgical units.

Uses:

1. Electrosurgical Procedures: Used in various surgical procedures, including cutting, coagulating, and desiccating tissue.
2. Patient Safety: Ensures safe operation of electrosurgical units by dispersing the electrical current away from the patient's body.
3. Versatility: Suitable for different types of surgeries, from open surgeries to laparoscopic procedures.

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

1. Intended for ablation,tissue modification, and coagulation of soft tissue in arthroscopic procedures such as hip,  shoulder, ankle, wrist, elbow, and knee. 2. The Extending shaft enables good visualization and easy insertion through subcutaneous tissue,and  well insulated coating guarantee its safety and reliability. 3.Irrigation/suction solution is available with a cannula and an adjustable flow control valve. 4. Tips in different shapes and angles fit in particular arthroscopic procedures. 5. Compatible with most electrosurgical generators.

Use Indication

This device should never be used when:

• There is visible evidence of damage to the exterior of the device such as cracked or damaged plastic or connector damage.
• These devices fail the inspection described herein.
• In the presence of flammable gases, flammable prep solutions or drapes. Oxidizing. Gases such as Nitrous Oxide (N2O), or in oxygen-riched environments.
• Do not use monopolar electrosurgery on small appendages, as in circumcision or finger surgery.