[Plasma device] Plaxpot *Professionals only*

Existing plasma devices directly apply high-voltage to the narrow and deep, invasive areas of the skin, raising the possibility of burns and scars, and during treatment, it is difficult to apply the same amount energy of plasma, so the skin treatment is not even.
PLAXPOT can output plasma by insulating a high voltage through a dielectric, and it can obtain a power proportional to the electrode area by controlling the generated area of the electrode rather than controlling the voltage value itself, thereby providing uniform and safe procedures.

Common high-voltage discharge type (Other company’s products)

• Through the high-voltage generation part, the generated high-voltage is sent directly to the skin
• Energy is sent to a narrow and deep area, so that after treatment, there are risks of pigmentation and burns
• The area of application is quite restricted because only continuous output in the continuous mode is possible

PLAXPOT’s plasma types

• High voltage is not directly sent to the skin through high-voltage generation part, but through a dielectric material, the high-voltage is insulated, and plasma generated, and plasma is collected before being sent to the skin
• The sent area is relatively large, and not deep so that even delivery is possible to reduce the possibility of pigmentation and burns
• A separate pulse-control is installed in the device so that different pulse modes can be generated, and because the energy delivery method can be set up in various formats, the device can replace CO2 laser equipment

RF common electric-discharge method

• The area of application is small and the insertion is deep
• The even treatment effect is hard to predict according to treated spot
• There are risks of burns
• There is high chance of scars remaining

The plasma method

• Compared to the common electric-discharge method, the skin surface applied is even
• There is little risk of burns
• The sublimation effect required of soft surgery is sufficiently carried out