Ultrasonic Bone Knife

Surgical instrument utilizing ultrasonic technology for precise bone cutting during orthopedic and neurosurgical procedures. Known as a 21st century bone cutting tool and featured in multiple generations of product iterations.

Specialized ultrasonic surgical module designed for bone cutting and modification procedures. Utilizes high-frequency ultrasonic vibration to selectively cut bone tissue while minimizing damage to surrounding soft tissues.

Energy-based surgical instrument utilizing ultrasonic mechanical energy for tissue cutting and dissection during surgical procedures. Provides precise cutting capability with reduced thermal damage to surrounding tissue.

Minimally invasive endoscopic ultrasonic bone cutting system designed for precision bone surgery through small incisions. Represents the first global endoscopic ultrasonic bone knife and enables less traumatic surgical approaches.

An ultrasonic bone cutting surgical system designed for precise and delicate bone sectioning while protecting adjacent soft tissues. The device reduces bone damage, prevents edge chipping, shortens operative time, and minimizes bleeding and surgeon fatigue during orthopedic procedures.

Ultrasonic cutting device for surgical applications utilizing focused ultrasonic energy. This instrument enables precise tissue dissection and hemostasis during surgical procedures.

A surgical instrument utilizing ultrasonic technology for medical procedures. This device is designed for use in surgical applications where precision cutting and hemostasis are required.

An ultrasonic surgical device that converts electrical energy to mechanical energy through a transducer, amplifying the kinetic energy of the blade rod to cut and coagulate tissue simultaneously. The device causes protein denaturation through ultrasonic energy absorption, achieving precise cutting with hemostasis while producing clear surgical visibility and tissue stratification with minimal lateral tissue damage.

An ultrasonic surgical system used for precision cutting in surgical applications. The system represents the company's innovative approach to minimally invasive surgical instrumentation.

Electrosurgical device utilizing high-frequency electrical current for precise tissue cutting and hemostasis in surgical procedures across multiple specialties including general surgery, gynecology, and otolaryngology.

Electrosurgical instrument utilizing high-frequency energy for tissue cutting and hemostasis. Provides surgeons with precise control during open and minimally invasive procedures.

Converts electrical energy to mechanical energy via transducer to cut and coagulate tissue simultaneously. Protein hydrogen bonds rupture upon ultrasonic energy absorption, causing tissue denaturation and hemostasis with minimal lateral tissue damage.