The SY-I045A Electrosurgical Generator is portable and affordable, suitable for general surgery and veterinary use. It offers two output control modes: Foot Control Mode and Hand Control Mode, and supports mono-polar cutting and coagulation.
The maximum output power of the SY-I045A Electrosurgical Generator is 100 watts.
The SY-I045A supports various cutting modes, including Pure Cut, Blend Cut, Strong Coagulation, and Soft Coagulation, allowing for precise control in micro surgery.
Yes, the SY-I045A Electrosurgical Generator is suitable for both general surgery and veterinary applications.
The output power is manipulated precisely, allowing for specific adjustments in watts for different surgical applications, making it versatile for all kinds of micro surgery.
Pure Cut mode allows for cutting with coagulation starting immediately, while Blend Cut mode provides a cutting effect with slight coagulation, making it suitable for different surgical needs.
The load resistance impacts the performance of the device. For example, the Pure Cut mode operates at a load of 300Ω, while Strong Coagulation operates at 500Ω, affecting the efficiency of cutting and coagulation.
Yes, the SY-I045A is designed to be portable, making it easy to transport for various surgical settings.
The watt ranges for the SY-I045A are as follows: Pure Cut: 5w to 100w, Blend Cut: 5w to 50w, Strong Coagulation: 5w to 80w, and Soft Coagulation: 5w to 50w.
Strong Coagulation coagulates much faster and is used for broader areas, while Soft Coagulation provides pinpoint coagulation with a relatively deep effect on the tissue.
The foot control mode allows surgeons to operate the generator hands-free, providing ease of use during surgical procedures.
Yes, the SY-I045A is specifically designed for micro surgery applications, allowing for precise control in delicate procedures.
The SY-I045A is designed with safety in mind, including features that prevent overheating and ensure consistent performance during surgical procedures.
While the SY-I045A is user-friendly, it is recommended that users receive training on its operation to ensure safety and effectiveness in surgical applications.
Regular maintenance includes cleaning the device, checking for damage, and ensuring that all components are functioning properly to guarantee optimal performance.
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