Ultrasonic Surgical System

BBT Ultrasonic Surgical Systems

This system is composed of the generator, transducer, and scalpel. And the generator converts electrical energy into mechanical energy through the piezoelectric ceramic sheet in the handle, so that the jaw oscillates at 55.5KHz, and the vibration amplitude is 50μm-100μm. The oscillating jaw breaks the hydrogen bond of tissue protein when it comes into contact with the tissue. Tissue protein cells degenerate to form viscous coagulum, which can cut and stop bleeding (vessels≤5mm). Ultrasonic coagulation has a lower temperature than electrocoagulation, and tissue damage is less. Contact us for more bbt surgery equipments info!

BBT Medical Harmonic Scalpel

The ultrasonic scalpel can perform blood clotting while cutting the tissue. There is no current passing through the soft tissue during its working process, and the tissue eschar is small, so that the patient is less damaged. These ultrasonic harmonic scalpels can be used for open surgery, laparoscopic or endoscopic surgery.

BBT Medical Ultrasonic Transducer

A device for controlling the amplitude of the shaft of an ultrasonic scalpel. The amplitude is 55.5Khz±2Khz. Convert electrical energy into mechanical energy. It solves the technical problem that the amplitude of the existing ultrasonic scalpel shaft changes with the load and causes low cutting efficiency, and provides an ultrasonic scalpel shaft amplitude control device that can accurately control the constant amplitude vibration of scalpel.

BBT Generator

The BBT ultrasonic generator is also called the ultrasonic energy platform, which converts electrical energy into mechanical energy. Through the transducer, the connected cutter arbor moves in accordance with the axis of the trajectory to make the cutter arbor vibrate from one end to the other at high frequency, so that the end contacts the blade of the soft tissue for cutting & condensation. For example, 55,500 vibrations per second can denature the proteins in soft tissues and form sticky clots.