PLASMA VS ELECTRIC

PLASMA PEN

Uses light energy instead of electric current and does not damage the skin
A real plasma device
Produces a 100% plasma arc with a violet color
A real plasma pen does not burn the skin and gives a smell of ozone off which also excludes infection risk
A plasma pen makes white or red or very light brown ablation points, there will be a 'carbon crust' formed within the epidermis
Plasma pen: relatively fast and short recovery time rehabilitation period (5-1 days). no risk of scarring
A plasma pen often has customizable modes for different skin types, sustainable plasma technology which naturally leads to higher costs and purchase price

ELECTRIC PEN

Uses electric current (skin damage)
An electric pen or "fake" plasma pen produces an electric spark with a yellowish, sometimes
yellow-green or orange color and produces no real plasma
An electric pen provides an smell of burnt skin off leading to nausea, has high risk of burns and infections
An electric pen provides an smell of burnt skin off
leading to nausea, has high risk of burns and infections
An electric pen makes dark brown/black ablation points, there will be a crusting formed directly on the surface of the skin
Electric pen: long recovery time (24 days and more) and high risk of scarring and irreparable damage to the (skin) tissue
An electric pen often lacks customizable modes, no plasma technology and very low purchase price