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Within the dermis layer of the skin exist fibroblast cells, which allow the skin to recover from injury. They are responsible for synthesising collagen and proteins that form an extracellular matrix between the dermis and epidermis. Epithelial and epidermal cells can attach to this matrix, allowing epidermal cells to join together to form the top layer of the skin.

As we age, less fibroblast cells exist in the skin and therefore, the amount of collagen reduces. This results in ageing of the skin.

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During the treatment a plasma arc, similar to a tiny bolt of lightening, is produced using a plasma pen. When the arc hovers over the skin it fires a small flash and vaporises the moisture in the skin at the point of contact. The sublimation causes fibroblast cells to accumulate at the site, which begin to synthesise collagen and repair the treated area. The area where contact is made, shrinks and tightens, creating a controlled wound that penetrates into the deeper layers of the dermis resulting in a reduction of the skin's surface.

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Since plasma fibroblast treatment affects the deeper layers of the skin the result is a decrease in deep wrinkles and improved firmness of the skin with its lifting effect. The accumulation of fibroblast cells and synthesis of new collagen strengthens and rejuvenates the appearance of the skin over a period of 8 to 12 weeks, but in most cases results can be seen immediately after treatment.