Snoring Treatment Plasma Surgical System Devices Kinetic Cutting For ENT

The Surgical Procedure Employing the Specialized RF Ablation Electrode within the Transforaminal Endoscope Framework: This advanced surgical approach offers a comprehensive set of capabilities. It allows for the precise endoscopic visualization during RF ablation, enabling surgeons to have a clear and detailed view of the ablation process. The controllable nucleus ablation feature provides the flexibility to adjust the extent and intensity of the ablation according to the specific patient's condition and anatomical requirements. Nucleus vaporization is carried out with high precision, effectively reducing the volume of the nucleus pulposus. The hemostasis function is highly efficient, ensuring minimal blood loss during the procedure. Additionally, the annulus modulation aspect helps in maintaining the integrity and functionality of the annulus fibrosus.

The Plasma Treatment System: This state-of-the-art system functions by generating a highly concentrated plasma field around the probe electrodes. Through the conduction of a medium such as sodium chloride solution or the electrolytes present within cells, a voltage differential is established between the electrodes of bipolar or multi-polar probes. This unique mechanism sets it apart from other traditional systems.

The Composition and Action of Plasma: Comprising highly ionized particles, the plasma generated by this system holds significant power. These ionized particles possess sufficient energy to disrupt the organic molecular chains within the target tissues. This molecular dissociation leads to a reduction in tissue volume in a non-invasive and highly targeted manner. Importantly, it does not cause direct and extensive damage to the tissues and exhibits minimal impact on the surrounding healthy tissues. This is due to the fact that the electrical current does not directly pass through the tissues, thereby limiting tissue heating and maintaining a relatively low working temperature. This controlled temperature environment further contributes to the safety and effectiveness of the treatment, reducing the risk of thermal damage and associated complications.