Treatment with this technique results in a significant increase in type I collagen and a significant reduction in wrinkles is demonstrated. Unlike laser treatment, there is no evaporation of the tissue, but carbonization. The method is thus safer and ideal for use in the facial area

Drooping eyelids - dermatochalas, xanthelasmata and minor skin lesions and ectropion. Thanks to the unique technology without scars and hyperpigmentation

Jett Plasma Lift | In this type of so-called ablative treatment, Medical II uses the phenomenon of electrofulguration (sequence of spark discharges generated by direct voltage, electrodesiccation (evaporation of cell fluids with subsequent destruction of skin and subcutaneous cells) and electrocoagulation (coagulation of tissue and blood proteins - formation of capillary bleeding) Plasma discharge generated by the device it is very narrow (approx. 1mm2) and thus the treatment of the skin and possible targeted destruction of skin cells is very precise - only in the place of the desired treatment, there is no damage to the surrounding tissue.

By stimulating the meibomian glands in the area of ​​the eyelids, there is a significant improvement in the stability of the tear film, the treatment of chronic inflammation of the edge of the eyelid - blepharitis, and a reduction in the occurrence of chalasia - "wolf grains"

In this type of non-ablative treatment, the mucous membranes of the eye are rejuvenated by heating and, thanks to the use of a DC voltage source, depolarization of cell membranes and improvement of the Na/K pump and improvement of cell function and cell membrane shutdown.

The plasma flow within the non-ablative treatment triggers the mechanism of effects (depolarization and switching off of cell membranes, incorporation of cosmetics into the skin by polarization, peeling, tissue renewal, firming, improvement of its defenses)

• There is a significant increase in the concentration of collagen type I. (disabling and smoothing of wrinkles)
• There is a reduction in the number of fibroblasts in the scar area - reduction of keloid scars
• Intracellular K+ concentration increases
• Extracellular Na+ concentration increases
• Chemotaxis increases
• There is an increase in the level of growth factor and an increase in the concentration of NO (nitric oxide)
• Demonstrated increased migration of fibroblasts and their proteosynthesis - shutdown, skin rejuvenation