Low Temperature RF Plasma System Cutting Perforation Ablation Cryosurgery Unit

Low temperature Radio Frequency Plasma Surgery System

Operation Theory

Plasma surgery uses electric energy to create a plasma state, cutting tissue proteins into gases. It enables various surgical procedures like vaporization, cutting, and hemostasis in human tissues.

Working Principle

Generator: The system includes a radio frequency generator, which generates high frequency electrical energy.

Electrodes: The system is equipped with specially designed electrodes, one of which is the active electrode and the other is the ground electrode.

Plasma generation: Radio frequency electrical energy is released from movable electrodes, which excites a gas (usually argon) to form a plasma.

Plasma Applications: By controlling the plasma in the operating area, surgeons can use plasma to cut, coagulate, and cut tissue.

Molecular Bond Breaking: The charged particles in the high-energy plasma act directly on the molecular bonds of the tissue, breaking them.

Tissue removal and coagulation: Plasma can vaporize and decompose proteins and tissue molecules into gases to achieve tissue resection. At the same time, it can also coagulate and seal blood vessels through thermal energy to achieve hemostatic effect.

Precise control: The system has precise energy control and adjustment functions, which can be adjusted according to surgical needs to ensure the accuracy and safety of surgery.

Products Advantages

The RF plasma generator system is an advanced medical technology with several benefits. It operates at low temperatures, minimizing tissue damage and ensuring a comfortable experience.
Plasma Surgery System effectively controls bleeding, offers clear visibility during surgeries, and protects tissue mucosa while preserving the body's natural immune function.
The system is versatile, providing various functions like ablation, cutting, hemostasis, stripping, and suction. It improves surgical efficiency, reduces recovery time, and enhances patient outcomes.

	Nose electrode lndication : Hypertrophic rhinitis ablation Hypertrophic turbinate perforationallergic rhinitis ablation
	Pharynx electrode Indication : Adenoidectomy, hemostasistonsillectomy, hemostasisuppp resection
	Larynx electrode lndication : This can be done during surgery on the larynx andtrachea for growths or masses at focal sites Partialor total ablative resection

clinical scope Through the cutting, hemostasis, shrinkage and coagulation of soft tissues, it can treat various diseases in otolaryngology, head and neck surgery.

Nasal sinuses Rhinitis ablation, turbinate hypertrophy ablation, soft hiring uvula ablation, cyst ablation. Plasma can cut hyperplastic tissues in the nasopharynx and throat, including: nasal tumors, nasal polyps, and other hyperplasia, etc.

hypertrophy of the base of the tongue Safe area for ablation of the base of the tongue: 7mm on both sides of the posterior midline of the blind foramen of the tongue and 20mm from the surface of the tongue, generally without causing damage to the middle canal and nerves

The uvula/soft hire soft hire the uvula to dissolve, talk about the ammonia, erythramine, cancer, Abaibao, defeat, Ai Rong cup, Jiujia, sore coin, dark boil, love, love, love, love, love, love, love, love, love, love, love, love, love, love, love, love, love Tightening, cyst ablation, lumbar and pharyngeal hole punching for volume reduction, antegrade punching for volume reduction, tonsil punching for volume reduction, and ascending punching for volume reduction.

Tonsils, adenoids Ablation and drilling of tonsils, tonsillectomy, adenoidectomy.

Throat Laryngeal papilloma, laryngeal cancer, epiglottic cyst and other benign and malignant diseases

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