DurableMinimally Invasive Plasma ent Surgery probe for Turbinate Channeling Wand
Description | Remark |
Manufacturer Logo | Better Health Brand. |
Working Frequency | 50Hz |
Receptacle of Footswitch | Connects with Footswitch which determines ablation or coagulation mode. |
Receptacle of Treatment Handle | Connects with the treatment accessories. |
Power Switch | System start power button. “O” means power off; “I” means power on. |
ABLATION mode Selector | Select ABLATION mode 1 or 2 Output waveform. |
Indicator of Treatment Probe Connection | LED turns on green when the probe cable is connected and turns on red when it is not connected. |
Indicator of Footswitch Connection | LED turns on green when the footswitch cable is connected and turns on Red when it is not connected. |
ABLATION Power Setting Display | Shows the preset ABLATION output value in two digits. “01” with Min. power output, and “10” with the highest output. |
Ablation Output Power Up/Down Button | The number displayed indicates the ablation nominal power, in watts, which will be delivered to the patient when the mode is activated. Only available for changing in ready mode. |
ENT Plasma Surgical probe Features
Controlled working temperature of 40-70 degrees |
NON HEAT-DRIVEN surgical process with minimal damage to surrounding healthy tissues |
Minimally-invasive plasma ablation and coagulation functions |
Efficient submucosal soft tissues ablation for ENT surgical applications |
Bipolar coagulation for achieving efficient hemostasis |
Multi-functional treatment probe to integrate the functions of saline irrigation, suction, cutting, ablation, coagulation and |
hemostasis in one single design |
Tabletop design for easy system setup and operation |
Advanatages
- Safety: Compared with traditional surgical methods (such as: electric knife, laser), the current does not flow through the human body, the working surface temperature is only 40 ° C to 70 ° C, and the surrounding tissue is less thermally damaged. When used in the recommended energy range, the cutting and ablation depth is controlled to ≤50μm.
- Minimally Invasive: Compared with traditional surgical methods (such as electric knife, laser), it has less heat, reduces tissue thermal damage, reduces wound healing time, reduces wound bleeding and scar formation
- High Efficiency: Compared with traditional surgical methods (such as: electric knife, laser), the patient's pain during surgery is significantly reduced, and the incidence of postoperative inflammation is significantly reduced. During the surgery, the doctor stops bleeding while cutting, and does not need other hemostasis tools.
Application
- In cases of chronic tonsillitis with recurrent and severe acute flare-ups, where the frequency and intensity of the attacks pose a significant threat to the patient's well-being and quality of life.
- When there is a documented history of abscess formation in the vicinity of the tonsils, which may lead to potential complications and recurrent infections if not addressed.
- For patients experiencing extreme hypertrophy of the tonsils to such an extent that it causes obstruction during swallowing or breathing, or when it disrupts the normal function of the eustachian tube, thereby affecting hearing and ear health.
- In situations where the tonsils exhibit simple III degree enlargement or are very close to III degree hypertrophy, which can have an impact on the normal physiological functions in the oral and pharyngeal regions.
- Among patients diagnosed with rheumatic fever, nephritis, arthritis, or rheumatic heart disease, and there is a suspicion that the tonsils might be the source or contributing factor to the underlying pathological condition.
- In the presence of benign tumors originating from the tonsils, which require appropriate medical intervention to manage and prevent potential growth and associated issues.
-


