What Are the Advantages of Energy-Based Surgical Devices?
Tissue cutting and hemostasis have always been at the heart of surgical progress. Since the 1920s, when surgeons first began using electric current to treat tissue, energy-based surgical devices have become essential tools in modern operating rooms. These instruments are widely used for cutting, dissecting, coagulating, and sealing tissue across various specialties, including thoracic surgery, general surgery, gynecology, and urology.
Today, the development of energy-based surgical devices is increasingly driven by intelligent technologies—such as tissue recognition, speed control for cutting and sealing, temperature regulation, and optimized user interfaces. Core innovations like smart temperature control, frequency tracking, digital impedance matching, and adaptive tissue response are powered by sophisticated algorithms. These features directly impact surgical outcomes by enhancing cutting efficiency, hemostatic performance, and operational stability.
As a continuous explorer in the field of energy surgical instruments, ShouLiang-med's AGISEAL series stands out with it’s cutting-edge technologies. Its intelligent temperature control system can accurately adjust the surgical temperature to minimise thermal damage to the surrounding tissues; the frequency tracking function can adjust the energy output in real time according to the characteristics of the tissues to ensure the precision of cutting and coagulation; The digital impedance matching mechanism can quickly adapt to the changes in the tissues to ensure the high efficiency and stability of the energy transmission; the tissue adaptive cutting technology can intelligently identify tissue type and thickness, and automatically optimize cutting force and speed.
Additionally, AGISEAL features user-friendly operation and enhanced safety, providing surgeons with efficient, secure, and stable surgical solutions. This innovative series has become a trusted surgical instrument among clinical experts worldwide.
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