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The Plasma Electrosurgical System (Model: PLA-CHA-ES1) is an advanced surgical device independently developed by XISHAN, integrating cutting, coagulation, and vaporization functions. It is composed of a console, foot switch, irrigation controller, and various specification electrodes, dedicated to improving surgical efficiency and patient recovery experience. This system is widely applied in ENT surgery, arthroscopy surgery, and orthopedic surgery, filling the gap of low-thermal-injury surgical tools in clinical practice. With its intelligent operation design and stable performance, it has become a preferred device for professional surgeons.

The Plasma Electrosurgical System (Model: PLA-CHA-ES1) is an advanced surgical device independently developed by XISHAN, integrating cutting, coagulation, and vaporization functions. It is composed of a console, foot switch, irrigation controller, and various specification electrodes, dedicated to improving surgical efficiency and patient recovery experience. This system is widely applied in ENT surgery, arthroscopy surgery, and orthopedic surgery, filling the gap of low-thermal-injury surgical tools in clinical practice. With its intelligent operation design and stable performance, it has become a preferred device for professional surgeons.

The thermal injury range of the plasma surgery is only about 0.1mm, which is far lower than that of traditional electrosurgical equipment. It minimizes damage to surrounding normal tissues while removing lesions, effectively reducing postoperative complications and accelerating patient recovery.
Compared with traditional surgical methods, patients treated with this plasma system experience significantly less postoperative pain. The gentle tissue treatment mode reduces inflammatory reactions, allowing patients to shorten the time of pain medication use and speed up the rehabilitation process.
Equipped with a large-diameter aspiration channel, it effectively avoids intraoperative blockage caused by tissue residues. The matching large-diameter irrigation channel ensures the stable delivery of normal saline, maintaining a clear surgical field and improving the accuracy of surgical operations.
The system is configured with a 5-inch HyperCrystal LCD screen, which has a larger number display and is easy to identify and operate. It supports intelligent tool recognition technology, eliminating the need for complicated manual parameter setting and reducing the operation threshold for medical staff.
The thermal injury range of the plasma surgery is only about 0.1mm, which is far lower than that of traditional electrosurgical equipment. It minimizes damage to surrounding normal tissues while removing lesions, effectively reducing postoperative complications and accelerating patient recovery.
Compared with traditional surgical methods, patients treated with this plasma system experience significantly less postoperative pain. The gentle tissue treatment mode reduces inflammatory reactions, allowing patients to shorten the time of pain medication use and speed up the rehabilitation process.
Equipped with a large-diameter aspiration channel, it effectively avoids intraoperative blockage caused by tissue residues. The matching large-diameter irrigation channel ensures the stable delivery of normal saline, maintaining a clear surgical field and improving the accuracy of surgical operations.
The system is configured with a 5-inch HyperCrystal LCD screen, which has a larger number display and is easy to identify and operate. It supports intelligent tool recognition technology, eliminating the need for complicated manual parameter setting and reducing the operation threshold for medical staff.
The Plasma Electrosurgical System has two core working modes: vaporization and coagulation. The rated output power of the vaporization mode reaches 350W under the resistance condition of 250Ω, which can quickly vaporize lesion tissues. The rated output power of the coagulation mode is 49W under 250Ω, realizing precise hemostasis without excessive tissue damage. The intelligent tool recognition function can automatically match the optimal working parameters according to different electrodes, ensuring the safety and effectiveness of the operation.
Parameter Category | Specification Details |
Rated Vaporization Power | 350W @ 250Ω |
Rated Coagulation Power | 49W @ 250Ω |
Display Screen | 5-inch HyperCrystal LCD |
Core Function | Cutting, Coagulation, Vaporization |
Operation Mode | Foot Switch + Console Control |
The Plasma Electrosurgical System has two core working modes: vaporization and coagulation. The rated output power of the vaporization mode reaches 350W under the resistance condition of 250Ω, which can quickly vaporize lesion tissues. The rated output power of the coagulation mode is 49W under 250Ω, realizing precise hemostasis without excessive tissue damage. The intelligent tool recognition function can automatically match the optimal working parameters according to different electrodes, ensuring the safety and effectiveness of the operation.
Parameter Category | Specification Details |
Rated Vaporization Power | 350W @ 250Ω |
Rated Coagulation Power | 49W @ 250Ω |
Display Screen | 5-inch HyperCrystal LCD |
Core Function | Cutting, Coagulation, Vaporization |
Operation Mode | Foot Switch + Console Control |
Main console of Plasma Electrosurgical System
Medical-grade foot switch with waterproof design
High-precision irrigation controller
Multiple specifications of disposable plasma electrodes
Normal saline irrigation pipeline set
Equipment maintenance and calibration tool kit
Main console of Plasma Electrosurgical System
Medical-grade foot switch with waterproof design
High-precision irrigation controller
Multiple specifications of disposable plasma electrodes
Normal saline irrigation pipeline set
Equipment maintenance and calibration tool kit
It is mainly used in ENT surgery, arthroscopy surgery, and orthopedic surgery, covering common procedures such as nasal polyp resection, joint cavity debridement, and spinal disc treatment.
The plasma technology generates a low-temperature plasma field, which can accurately act on lesion tissues to realize molecular-level dissociation, avoiding large-area thermal diffusion and keeping the thermal injury range within 0.1mm.
No. The system has intelligent tool recognition and one-key parameter setting functions, and the large-screen display makes the parameter status clear at a glance. Novice surgeons can master the operation skills after short-term training.
It is mainly used in ENT surgery, arthroscopy surgery, and orthopedic surgery, covering common procedures such as nasal polyp resection, joint cavity debridement, and spinal disc treatment.
The plasma technology generates a low-temperature plasma field, which can accurately act on lesion tissues to realize molecular-level dissociation, avoiding large-area thermal diffusion and keeping the thermal injury range within 0.1mm.
No. The system has intelligent tool recognition and one-key parameter setting functions, and the large-screen display makes the parameter status clear at a glance. Novice surgeons can master the operation skills after short-term training.
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