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Shalya Vessel Sealer Cautery

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Shalya Vessel Sealer Cautery Specification

Suitable For
Hospitals, Operation Theatres, Surgical Setups

Humidity Range
30% - 75% RH

Power
300W Maximum Output

Phase
Single Phase

Material
Stainless Steel, Medical-Grade Plastic

Display Type
LED

Application
Surgical Vessel Sealing and Cauterization

Function
Seals vessels up to 7 mm diameter, Minimizes thermal spread

Frequency
50/60 Hz

Properties
Advanced Bipolar Technology, Automatic Tissue Recognition

Temperature Range
10C to 40C operating

Height
110 mm (main unit)

Use
Effective vessel sealing during surgeries

Treatment Type
Vessel Sealing & Bipolar Cautery

Product Type
Vessel Sealer Cautery

Shape
Rectangular Unit

Accuracy
Precise Vessel Sealing with Real-Time Feedback

Color Code
Standard Medical White/Blue

Dimension (L*W*H)
380 x 300 x 110 mm (approx.)

Weight
6.5 kg (main unit)

Automation Grade
Automatic

Power Source
Electric

Voltage
220-240 V AC

Display
Digital LED Display

Shalya Vessel Sealer Cautery Trade Information

Main Domestic Market
All India

About Shalya Vessel Sealer Cautery

A Shalya vessel sealer cautery is a specialized surgical instrument used in procedures to seal blood vessels and provide hemostasis. This cautery combines the functions of a vessel sealer and cautery in one device, allowing surgeons to efficiently and safely seal vessels during surgical interventions.

Frequently Asked Questions :

Q: How does a Shalya vessel sealer cautery work?

A: A Shalya vessel sealer cautery utilizes energy-based technology, such as bipolar or ultrasonic energy, to seal blood vessels during surgical procedures. The instruments dual functionality enables surgeons to both coagulate and seal vessels while simultaneously providing cautery for tissue dissection or hemostasis.

Q: What are the advantages of using a Shalya vessel sealer cautery?

A: The primary advantage of a Shalya vessel sealer cautery is its ability to perform vessel sealing and cautery functions in a single instrument. This reduces the need for multiple instruments, saves time during surgery, and provides a convenient and efficient tool for surgeons.

Q: What types of surgical procedures use a Shalya vessel sealer cautery?

A: A Shalya vessel sealer cautery is used in a variety of surgical procedures across multiple specialties, including general surgery, gynecology, urology, and minimally invasive surgeries. It is particularly useful in procedures that require vessel sealing, dissection, and hemostasis.

Q: How does the Shalya vessel sealer cautery ensure safety during surgery?

A: The Shalya vessel sealer cautery is designed with safety features to ensure patient and surgeon safety. These features may include temperature monitoring, impedance sensing, and control mechanisms that prevent excessive thermal spread or tissue damage during vessel sealing.

Advanced Sealing & Cautery Technology

Shalya Vessel Sealer Cautery utilizes modern bipolar technology, providing rapid vessel sealing (1-5 seconds per application) and efficient cauterization. Automatic tissue recognition and real-time feedback guarantee accuracy and safety, minimizing thermal spread while sealing vessels up to 7 mm. The device ensures exceptional performance in surgical environments.

Flexible Jaw Options for Versatile Use

Surgeons can choose between curved or straight jaw configurations to adapt to specific procedures. This flexibility facilitates optimal positioning and control during vessel sealing, making the Shalya Vessel Sealer suitable for a wide range of surgical applications across specialties.

User-Friendly Interface and Safety Features

Operation is streamlined with touch control buttons and digital LED display, allowing easy monitoring and adjustment. The device incorporates audio-visual alarms for feedback, a robust air-cooled system, and maintains extremely low leakage current (<0.1 mA), all conforming to international safety standards for medical devices.

FAQs of Shalya Vessel Sealer Cautery:

Q: How is the Shalya Vessel Sealer Cautery used during surgical procedures?

A: The device is used to effectively seal and cauterize vessels up to 7 mm in diameter. Surgeons can select either the curved or straight jaw, apply the handpiece onto the vessel, and activate the unit using the foot switch or touch controls. Sealing is completed within 1-5 seconds, depending on tissue type.

Q: What are the benefits of automatic tissue recognition in this vessel sealer?

A: Automatic tissue recognition ensures the device accurately identifies the tissue type and delivers precise energy output, leading to efficient sealing, minimized thermal spread, and enhanced surgical safety.

Q: When should the handpiece of the Shalya Vessel Sealer be sterilized?

A: The reusable handpiece should be sterilized after every surgical use. It is autoclavable, enabling thorough sterilization cycles to maintain hygiene and safety standards in hospitals and operation theatres.

Q: Where is the Shalya Vessel Sealer Cautery suitable for use?

A: This vessel sealer cautery is ideal for hospitals, operation theatres, and surgical setups. It is designed to meet the rigorous demands of professional healthcare environments in India and beyond.

Q: What is the process for sealing vessels with this device?

A: The process involves positioning the jaw on the vessel, activating the unit via the control or foot switch, and allowing the device to seal and cauterize the vessel. The real-time feedback and automatic adjustment ensure optimal sealing efficiency.

Q: How does the device ensure user safety during operation?

A: Safety is assured by multiple features: IEC 60601-1 certification, CE marking, air-cooled system, leakage current less than 0.1 mA, and clear audio-visual alarms. These protect both the patient and medical staff during procedures.

Q: What advantages does the vessel sealer offer to surgical teams?

A: With advanced bipolar technology, rapid sealing time, ergonomic design, and automatic operation modes, the vessel sealer enhances procedural efficiency, reduces operating time, and supports optimal patient outcomes.

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