Description

The Radio Frequency Electrosurgical Unit YGA1479 is a compact and lightweight electrosurgical device designed to meet the diverse needs of various surgical specialties. Offering five working modes—Monopolar Cut (Pure cut, Blend), Monopolar Coag (Standard Coag), Bipolar Cut, and Bipolar Coag—this unit provides optimal precision in cutting and coagulation, making it suitable for a wide range of procedures. Whether you are performing spinal surgery, obstetrics and gynecology, ORL/ENT surgery, orthopedics and plastic surgery, or oral surgery, the YGA1479 is engineered to deliver high-quality results, ensuring the best possible outcomes for both patients and surgeons.

Market Price

The Radio Frequency Electrosurgical Unit YGA1479 is priced between $3.433 and $3.600, depending on the included features, accessories, and supplier. This pricing reflects the unit’s advanced technology, versatility, and precision. As a highly reliable tool for various types of surgery, the YGA1479 is an investment in quality and efficiency for medical institutions and surgical centers.

Frequently Asked Questions

• What types of surgeries can the YGA1479 be used for? The YGA1479 is suitable for a wide range of surgeries, including spinal surgery, obstetrics and gynecology, ENT surgery, orthopedics, plastic surgery, and oral surgery. Its versatile modes make it an essential tool for multiple specialties.

• How does Tissue Monitoring Technology work in the YGA1479? The Tissue Monitoring Technology continuously monitors tissue impedance during surgery, providing real-time feedback to ensure that the tissue is treated effectively without excessive heat or damage, enhancing surgical precision.

• What are the key specifications of the YGA1479? The YGA1479 operates with five output modes and delivers a maximum power of 30W for both monopolar and bipolar applications. It has a measuring frequency of 4.0 MHz ±2% for monopolar and 1.84 MHz ±2% for bipolar modes, ensuring precision and control.

Advantages and Disadvantages

Advantages:

• Versatility: With five output modes, the YGA1479 is adaptable to a wide variety of surgical procedures, making it a valuable asset in any operating room.
• Compact and Lightweight: Its compact design makes it easy to integrate into busy surgical environments without taking up too much space.
• Advanced Tissue Monitoring: The real-time monitoring of tissue impedance ensures that the tissue is treated safely and effectively, reducing the risk of damage.
• Reliable Performance: The unit delivers stable power, providing consistent performance throughout long surgeries, which enhances surgical precision.

Disadvantages:

• Initial Investment: The price of the YGA1479 may be a consideration for smaller clinics or hospitals with budget constraints.
• Learning Curve: Surgeons and medical staff may need some time to familiarize themselves with the various modes and settings for optimal use.

Field Use

The Radio Frequency Electrosurgical Unit YGA1479 is extensively used in operating rooms, particularly in complex surgeries where precision and control are critical. Its versatility in cutting and coagulating tissues makes it essential for procedures such as spinal surgery, where delicate tissue handling is crucial. Surgeons rely on the stability and real-time feedback provided by the tissue monitoring technology, which helps ensure that the tissue is treated correctly throughout the procedure. Whether used for routine surgeries or more specialized operations, the YGA1479 provides reliable performance for high-demand environments.

Recommendations

To maximize the performance and longevity of the YGA1479, it is essential to follow the manufacturer’s instructions for use and maintenance. Regular calibration and cleaning are necessary to ensure optimal functionality and safety. For high-volume surgical centers, investing in additional accessories or training may be beneficial to make the most out of the device’s capabilities. Surgeons should also become familiar with the different working modes to select the most appropriate setting for each procedure.

Technical Specifications