Description

The Electrosurgical Unit YGA1478 is an advanced, high-performance surgical device designed to meet the needs of a wide range of medical applications. With six output working modes, including Cut (400W), Blend 1 (250W), Blend 2 (200W), Spray Coagulation (100W), Soft Coagulation (80W), and Bipolar Coagulation (50W), this unit offers precise control over tissue cutting and coagulation, making it ideal for various types of surgeries. The YGA1478 ensures maximum safety and efficiency with its memory function that reserves the last used settings, large high-definition LED indications, and both audio and visual alerts for clear operation status.

Market Price

The Electrosurgical Unit YGA1478 is typically priced between $2.667 and $3.000, depending on the supplier, included accessories, and any volume discounts for bulk purchases. Given its advanced features, reliability, and extensive range of applications, this unit provides excellent value for hospitals, surgical centers, and private practices.

Frequently Asked Questions

• What types of surgeries can the YGA1478 electrosurgical unit be used for? The YGA1478 is versatile and can be used for general surgery, thoracic surgery, orthopedics, obstetrics and gynecology, urologic surgery, cerebral surgery, microsurgery, ENT surgery, and more, making it a valuable tool in various medical fields.

• How does the memory function work on the YGA1478? The YGA1478 electrosurgical unit has a memory function that stores the last used settings, allowing the user to quickly resume the previous operation without needing to reset the machine, streamlining workflow during procedures.

• Can this unit be used underwater? Yes, the YGA1478 has the unique ability to cut underwater, making it effective for use in surgeries involving rich fat areas or tissues that require precise cutting and coagulation in moist environments.

Advantages and Disadvantages

Advantages:

• Versatile Output Modes: With six different output modes, the unit allows for precise control over cutting and coagulation, ensuring optimal results in various surgical procedures.
• Safety Features: Automatic monitoring and mistake indication functions reduce the risk of error, improving patient safety during surgery.
• Memory and Stability: The memory function and automatic compensation feature ensure that the machine operates with consistent power output, minimizing energy waste and maintaining stable performance throughout procedures.
• Underwater Cutting: Its ability to cut underwater is a significant advantage for specific surgeries, such as those involving fatty tissues or areas requiring precise control in moist environments.

Disadvantages:

• Higher Initial Investment: The price of the YGA1478 may be higher compared to more basic electrosurgical units, making it a larger upfront investment for smaller practices or clinics.
• Requires Proper Training: The advanced features of the YGA1478 may require some initial training for medical staff to fully utilize its capabilities, especially for functions like memory settings and underwater cutting.

Field Use

In clinical practice, the Electrosurgical Unit YGA1478 is widely used in operating rooms for various types of surgeries. Its versatility in cutting and coagulating tissue makes it indispensable for delicate procedures in specialties such as microsurgery, urology, and obstetrics. Surgeons benefit from its stable power output and memory function, which simplifies the process of repeated operations. Additionally, the unit’s ability to cut underwater enhances its effectiveness in fat-rich areas, providing more control over the surgical process in these challenging conditions.

Recommendations

To ensure optimal performance and longevity of the Electrosurgical Unit YGA1478, it is recommended to follow the manufacturer’s guidelines for maintenance and calibration. Regularly inspect the machine for any wear and tear, and ensure that the power supply is stable. For institutions with high surgical volumes, it is advisable to request a personalized quote for bulk orders to maximize cost-efficiency.

Technical Specifications