Description
The Radio Frequency Electrosurgical Unit YG1482 is a state-of-the-art surgical device designed to deliver unparalleled precision, versatility, and efficiency in the operating room. This advanced unit offers six unique working modes, incorporating both Monopolar and Bipolar capabilities for cutting and coagulation, thus accommodating a wide range of surgical procedures. Its innovative Tissue Monitoring Technology enhances surgical accuracy by fine-tuning the intervals of cutting and coagulation, minimizing tissue damage, and ensuring excellent surgical outcomes. It stands as a critical tool for both routine and complex surgeries, delivering consistent power output and seamless integration into any surgical environment.
Market Price
The Radio Frequency Electrosurgical Unit YG1482 is commonly priced between $4,313 and $4,400, depending on its configurations and included accessories. This price range reflects its advanced technology, reliable performance, and flexibility across various medical applications. For medical facilities or institutions seeking tailored setups, obtaining a quote could ensure the best financial arrangement suited to specific needs and capacities of purchase.
Frequently Asked Questions
-
What types of surgeries are ideal for the YG1482? The YG1482 is ideal for various surgeries including spinal, OB/GYN, ENT, orthopedics, and oral surgeries, offering adaptability across numerous medical disciplines.
-
How does the tissue monitoring feature work? This feature enhances tissue treatment by alternating between “cut” and “pause” intervals, adjusting the pause duration based on tissue density to improve cutting precision and coagulation efficiency.
-
Is the YG1482 easy to use? Yes, the YG1482 is user-friendly, boasting an intuitive interface with a dual-zone LED digital display that provides clear, real-time operational feedback, simplifying operation and reducing error risk.
Advantages and Disadvantages
Advantages:
- Advanced Tissue Monitoring: Provides real-time feedback to enhance surgical precision and limit complications.
- Versatile Operating Modes: Offers six modes to accommodate various surgical needs with optimal settings for each procedure.
- Compact and Lightweight: Designed to integrate effortlessly into any surgical space, saving space while providing high performance.
- Stable Power Output: Ensures a reliable energy supply for the entire duration of surgical operations.
Disadvantages:
- Higher Initial Cost: Its high-tech features may pose a financial challenge for smaller facilities operating under tight budgets.
- Training Requirement: Due to its advanced functionalities, some training is recommended to fully leverage its capabilities.
Field Use
The Radio Frequency Electrosurgical Unit YG1482 is widely utilized in operating rooms worldwide. Its adaptable cutting and coagulation modes reduce tissue damage, making it an invaluable asset for sensitive operations such as polypectomies and papillotomies. Surgeons depend on its real-time monitoring features for precise surgical results, making the YG1482 essential for effective surgical management.
Recommendations
To maintain optimal performance, the YG1482 should undergo regular maintenance and calibration. It is important to clean the unit after every use and store it securely. Continuous training for surgeons on its advanced features is recommended to further enhance its utilization and maximize the effectiveness of surgical procedures.
Technical Specifications
| Model | YG1482 | |
| Working Mode | Max Power / Rated Load | |
| Monopolar Cut | Pure cut | 120W / 500Ω |
| Blend 1 | 90W / 500Ω | |
| Blend 2 | 80W / 500Ω | |
| Monopolar Coag | Fulgurate Coag | 60W / 500Ω |
| Spray Coag | 40W / 500Ω | |
| Bipolar Cut | Bipolar Cut | 60W / 100Ω |
| Bipolar Coag | Bipolar Coag | 60W / 100Ω |
| Electrical requirement | Monopolar Measuring Frequency | 4.0MHZ ±2% |
| Bipolar Measuring Frequency | 1.84MHZ ±2% | |
| Max Input Currency | 1400VA | |
| Environmental Conditions for Use | Condition | Range |
| Temperature | 50°C to 40°C | |
| Relative humidity | ≤ 95% non-condensing | |
| Pressure | 700 hPa to 1060 hPa | |


