The Ultrasonic Cutting Hemostasis Knife System is a surgical instrument designed for precision cutting and hemostasis, comprising a generator, handle, cutter heads, optional foot switch, and trolley.
The system includes a generator (Model K500), handle (Model QUHP35), three types of cutter heads (QHS14S, QHS23S, QHS36S), an optional foot switch (Model QFS-02), and an optional trolley (Model C100).
The generator acts as the control center, providing ultrasonic frequency electrical energy and regulating power output for the scalpel system.
The generator operates on an input voltage range of AC 90V to 240V.
Yes, the output power can be controlled through both the handle and the optional foot switch, with power levels ranging from 1 to 5.
Level 1 prioritizes hemostasis, while Level 5 provides maximum cutting efficiency, allowing for tailored performance based on surgical needs.
The foot switch is optional and allows for hands-free operation, but the system can also be operated using the handle.
The generator has an input frequency of 50/60Hz, a working current of 3A, a driving frequency of 55.5KHz, and a maximum power consumption of 300 VA.
To ensure optimal performance, adjust the output energy using the generator's front panel based on the surgical requirements, utilizing the appropriate power level.
The system offers three types of cutter heads: QHS14S, QHS23S, and QHS36S, each designed for specific surgical applications.
The trolley is an optional accessory for easy mobility and storage of the system and is not included by default.
This system provides enhanced precision, control, and reliability in surgical procedures, making it an invaluable asset for surgeons.
Yes, the Ultrasonic Cutting Hemostasis Knife System is designed for versatility and can be used in various surgical environments.
Regular maintenance includes cleaning the cutter heads and ensuring the generator is functioning properly. Refer to the user manual for detailed maintenance instructions.
While the system is designed for intuitive use, we recommend training for optimal performance and safety in surgical procedures.
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