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| Feature | Cool Plasma Technology | Traditional Vaporization Cutting |
|---|---|---|
| Performance | Better cutting and hemostatic effect, minimal heat damage (0.2-0.3mm) | Faster speed, but significant heat damage (2-4mm) |
| Temperature | 40 - 70 degrees Celsius | Above 400 degrees Celsius |
| Medium | Saline (Very safe) | Steaming water or glucose (Risk of water poisoning) |
| Safety | No negative plate required | Requires negative plate; potential harm to body |
| Nerve Reflex | Reduces obturator nerve reflex | Severe obturator nerve reflex; risk of capsule rupture |
Under an electric field (300 kHz), a plasma thin layer with about 100µm thickness is formed around the electrode through the normal saline solution. The plasma thin layer is composed of highly ionized particles, which have enough kinetic energy to break the organic molecular bond of the target tissue without carbonization, ensuring minimal damage to surrounding tissues.
The bipolar-head design prevents the electric current from passing through the human body and generates very little heat, allowing for operation in a low-temperature environment of 40°C-70°C. This leads to minimal thermal damage and enables precise fixed-point tissue cutting and ablation.