Electrosurgical Generator YR06712

The YR06712 Electrosurgical Generator is an advanced veterinary electrosurgical solution featuring intelligent vessel sealing, dual safety systems, and precise energy control. It is designed for modern animal hospitals seeking surgical excellence. This equipment improves the speed, safety, and accuracy of soft tissue surgery, achieving reliable vessel sealing in under 4 seconds.

Design

• Intelligent Technology: The Generator integrates four intelligent electrosurgical functions and three advanced monopolar modes, allowing surgeons to perform cutting and coagulation with exceptional safety and precision.

• Intelligent Energy Modulation: The system ensures optimal output based on real-time tissue feedback, minimizing collateral damage and improving clinical outcomes.

• Bipolar Modes: The Generator offers two dedicated bipolar modes for diverse surgical needs:

  • Standard Mode: For routine bipolar tools (scissors, forceps). It provides precise energy with lower thermal spread than monopolar. Ideal for cutting or coagulation and safer for delicate tissues.

  • Macro Mode: Provides greater power stability and precision. It features a built-in intelligent algorithm for real-time power control.

• Vessel Sealing: It incorporates a next-generation vessel sealing system designed for precise closure (vessels $le$ 7 mm).

• Sealing Efficiency: Reduces vessel sealing time by 50%, making it ideal for veins, lymphatic vessels, and small tissues.

Frequently Asked Questions (FAQ)

• Is sealing fast? Yes, vessel closure is fast, clean, and efficient, shortening the sealing duration and minimizing collateral damage.

• What tissues can it seal? It is ideal for veins, lymphatic vessels, and vessels up to 7 mm in diameter.

• How is power controlled? It offers Dual Power Control (Automatic and Manual), allowing surgeons to fine-tune the power for special cases and balance intelligent safety with user preference.

Monitoring/Filtration

• Tissue Feedback Technology: Real-time monitoring with 450,000 impedance detections per second.

• Return Electrode Monitoring (REM): The system continuously monitors the connection of the return electrode and issues an alert in case of poor contact to prevent patient burns.

• Automatic Recognition: The system automatically recognizes the sealing status, reducing the risk of error and manual intervention.

Advantages and Disadvantages

Key Advantages:

• Superior Safety: Dual safety system (REM Monitoring and intelligent control) to prevent burns.

• Precision and Speed: Reliably seals vessels through full-lumen tissue fusion in under 4 seconds.

• Versatility: Features four intelligent electrosurgical functions, three monopolar modes, and two bipolar modes (Standard and Macro).

• Intelligent Interface: Smart touchscreen with dual adjustment modes (Automatic and Manual).

Disadvantages/Considerations:

• Electrical Dependence: Requires a stable power supply (Voltage: 220V, Frequency: 50Hz).

• Complex Handling: Although it simplifies the procedure, advanced use of multiple modes and intelligent technology requires specialized surgical training.

• Environmental Conditions: Requires a storage and transportation environment that protects it from vibration, impact, and humidity.

Product Usage in the Field

• Primary Use: Soft tissue surgery in advanced veterinary settings.

• Key Function: Vessel sealing (laceration, excision, hemostasis) with tissue fusion.

• Ideal Settings:

  • High-complexity animal hospitals.

  • Veterinary clinics focused on specialized surgery.

• Operation: Allows easy switching between Automatic Mode (which adapts to tissue impedance) and Manual Mode (which gives full control over the power).

Recommendations

• It is recommended to use the Automatic Mode for optimized real-time sealing, taking advantage of the tissue feedback technology.

• Be sure to monitor the Return Electrode Monitoring (REM) connection to ensure patient safety before any procedure.

• Use the Macro Mode when greater precision and power are required for cutting and coagulation to reduce the risk of overcoagulation or adherence.

Technical Specifications