Ultrasound surgical scalpel system V-III-III

Ultrasonic scalpel system for minimally invasive surgical procedures utilizing ultrasonic energy technology. Designed for precise tissue cutting and coagulation in general, laparoscopic, and open surgery applications. Features handpiece and disposable cutting tips for enhanced surgical control and reduced thermal damage to surrounding tissue.

Ultrasonic surgical system with disposable soft tissue scalpel for precise cutting and coagulation in surgical procedures. The ultrasonic technology enables efficient tissue dissection with minimal thermal damage to surrounding structures, suitable for open and minimally invasive surgery applications.

A surgical system utilizing ultrasonic technology to improve surgical accuracy during bone procedures. This device is employed in neurosurgery, spine surgery, and other specialized surgical applications for enhanced precision in bone work.

Ultrasonic surgical system for tissue dissection, hemostasis, and coagulation during minimally invasive procedures. Utilizes ultrasonic vibration technology to enable precise cutting and sealing in general, laparoscopic, and open surgeries. Reduces thermal damage to surrounding tissues and operative time compared to conventional surgical instruments.

A precision surgical instrument utilizing ultrasonic vibrations for cutting and coagulating tissue simultaneously. Provides enhanced visualization during surgery through reduced bleeding and smoke generation. Used in various surgical applications including general, laparoscopic, and minimally invasive procedures.

Ultrasonic surgical instruments that use mechanical vibration for tissue dissection and hemostasis. Applicable in laparoscopic and open surgical procedures for precise cutting with minimal collateral thermal damage.

Ultrasonic bone scalpel for precision surgical cutting and bone tissue ablation in orthopedic and dental procedures. Uses ultrasonic vibration technology to selectively remove bone while preserving soft tissue, reducing trauma and improving surgical outcomes. Complies with YY/T0752-2016 medical device standards.

A surgical instrument that uses high-frequency ultrasound technology for precise cutting and coagulation. It can perform functions including tissue cutting, hemostasis, temporary wound closure, and nerve conduction, with capabilities for bloodless surgery and minimal tissue damage. The device is designed for application in advanced guiding and embedding procedures.

A groundbreaking ultrasonic knife providing unparalleled precision in surgical applications with a 36cm working length. This instrument represents a significant advancement in minimally invasive surgical technology.

An advanced surgical system combining radio frequency and ultrasonic technologies for minimally invasive interventional procedures. Delivers unprecedented clinical performance and usability for complex surgical applications.

Ultrasonic bone scalpels convert electrical energy into mechanical vibrations at approximately 4 MHz to cut, abrade, and aspirate bone tissue with precision. Used in orthopedic and dental surgery, these devices selectively remove calcified bone while preserving soft tissue, reducing surgical trauma and enabling minimally invasive procedures.

Tissue-selective ultrasonic cutting system with dual-frequency capability (1MHz and 3MHz) for precision bone and tissue surgery with minimal thermal damage.