JETT® Plasma Therapy

JETT PLASMA LIFT MEDICAL is a revolutionary medical device for use in aesthetics, dermatology and ophthalmology. Due to the wide possibilities of use, the device is also tested in other medical fields.

The advantage of the JETT PLASMA LIFT MEDICAL device compared to the competition is the highest accuracy of discharge targeting, thanks to which rapid healing begins after the treatment

JETT PLASMA Medical II is the medical device intended, based on the physical principle of a sequence of spark discharges generated by DC, to treat skin and mucous membranes. The device can also be used to eliminate scars, smaller warts, fibromas, hemangiomas and unwanted skin formations, angiectases, keratoses, etc. Some of the indications (verruce vulgaris, condylomata accuminata, molluscum contagiosum) can be treated, using isolated applicators themselves even inside natural body cavities. The product is intended for surgical interventions.

The medical device is also intended for treatment in the field of cosmetics (it is not included in the conformity assessment process). In the field of cosmetics it is used mainly to rejuvenate the skin but also for acne, dilated veins, spider nevi, pigment spots, age spots and shallow and deep wrinkles treatment and non-surgical blepharoplasty.

JETT PLASMA For Her II is a medical device designed to rejuvenate tissue in the vulvovaginal area leading to the mitigation, treatment or prevention of disease. The device, based on the physical principle of direct current, performs membrane depolarization, reversible electroporation generates heat, which activates the formation of new collagen tissue, which breaks down and replaces old tissue. A stronger and more elastic fibrous structure is created and the tissue is rejuvenated.

The positive effect of JETT PLASMA For Her II is due to a combination of heat, cell membrane depolarization and low-threshold reversible electroporation. The action of direct current generates heat, which activates the formation of new collagen tissue. A  stronger and more elastic fibrous structure is created and the tissue is rejuvenated. Membrane depolarization and reversible electroporation lower the barrier and allow easier passage of ions and molecules through cell membranes.