Plasma Bipolar Resection Radio Frequency Vessel Sealing System

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Plasma Bipolar Resection Radio Frequency Vessel Sealing System Specification

Treatment Type
Blood vessel sealing and tissue resection

Frequency
50/60 Hz

Suitable For
Hospitals, Surgery Centres, Clinics

Material
High-grade Medical Stainless Steel & Polymer

Application
Electrosurgical Cutting, Coagulation, and Vessel Sealing

Automation Grade
Automatic

Use
Surgical procedures including urology, gynaecology, general and laparoscopic surgeries

Temperature Range
5C to 40C

Height
135 mm

Product Type
Plasma Bipolar Resection Radio Frequency Vessel Sealing System

Function
Sealing, Cutting, Coagulation, Resection

Color Code
White & Blue

Shape
Rectangular

Properties
Bipolar resection and advanced vessel sealing, minimising thermal spread

Phase
Single Phase

Weight
Approx. 4.5 kg

Dimension (L*W*H)
295 x 250 x 135 mm

Humidity Range
10% - 85% RH

Display Type
7-Segment LED

Storage Capacity
10 Programmable Memory Settings

Power
Maximum Output Power: Cut - 400 W, Coag - 120 W, Seal - 100 W

Accuracy
3%

Power Source
Electric

Voltage
220-240 V AC

Display
Digital LED Display

Plasma Bipolar Resection Radio Frequency Vessel Sealing System Trade Information

Main Domestic Market
All India

About Plasma Bipolar Resection Radio Frequency Vessel Sealing System

This Plasma Bipolar Resection Radio Frequency Vessel Sealing System is a medical device used in surgical procedures to cut, coagulate and seal soft tissue and blood vessels. This system combines two different technologies: plasma bipolar resection and radiofrequency vessel sealing, to provide a comprehensive solution for surgeons. The radio frequency energy is used to seal vessels up to 7mm in diameter, reducing blood loss and improving surgical outcomes. The purpose of this Plasma Bipolar Resection Radio Frequency Vessel Sealing System is to provide a reliable and efficient tool for surgeons to perform complex surgeries with minimal blood loss and reduced risk of complications, resulting in improved patient outcomes.

Versatile Electrosurgical Functionality

This system supports a variety of modes including Pure Cut, Blend Cut, Bipolar, Endo Cut, Coagulation, and advanced Vessel Sealing, enabling precision in blood vessel sealing and tissue resection. Its maximum output400W for cutting and 100W for sealingsupports a wide range of surgeries in general, laparoscopic, urological, and gynecological fields.

Comprehensive Safety and Monitoring

Operative safety is enhanced with features such as patient plate monitoring, overheat protection, and leakage current detection. Audio-visual alarms promptly alert the surgical team to errors, faults, or voltage anomalies, helping maintain optimal safety standards during procedures.

User-Friendly Design and Performance

The systems membrane keypad with touch switches, digital LED display, and memory storage for 10 programmable settings ensure ease of use and reliable performance. Its forced air cooling and IP21 ingress protection provide durability, while compatibility with monopolar and bipolar electrodes ensures adaptability to various clinical needs.

FAQs of Plasma Bipolar Resection Radio Frequency Vessel Sealing System:

Q: How does the Plasma Bipolar Resection Vessel Sealing System work in surgical settings?

A: The system utilizes radio frequency energy in multiple modes such as Pure Cut, Blend Cut, Bipolar, Endo Cut, Coagulation, and Vessel Sealing to effectively seal blood vessels and cut or coagulate tissue. Its precision helps reduce thermal spread, making it reliable for delicate procedures.

Q: What are the key safety features integrated into the device?

A: Key safety features include patient plate monitoring, overheat protection, and leakage current detection. Audio-visual alarms provide immediate alerts for errors, voltage irregularities, or faults, ensuring safe operation during surgical procedures.

Q: When should I use the Vessel Sealing mode compared to other operating modes?

A: The Vessel Sealing mode is best employed when prompt and secure blood vessel closure is required, such as during vessel ligation or hemostasis. Other modes like Pure Cut or Coagulation are suited for tissue incision or controlled coagulation, respectively.

Q: Where is this system most appropriately used?

A: This electrosurgical unit is designed for use in hospitals, surgical centers, and clinics. It supports a broad range of procedures across fields such as general surgery, urology, gynecology, and laparoscopic surgery.

Q: What is the process for changing the operating mode and programming memory settings?

A: Operating modes and programmable settings are managed via a membrane keypad with touch switches and a digital LED display. The system can store up to 10 personalized settings for rapid setup and repeatability in procedures.

Q: What are the benefits of using this vessel sealing system for surgeons?

A: Surgeons benefit from precise vessel sealing with minimized thermal spread, quick sealing times (typically 25 seconds), advanced safety protocols, and compatibility with both monopolar and bipolar electrodes to meet a variety of surgical demands.

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