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treatmentLaser destruction of clusters of sweat glands is one of the most effective methods of dealing with hyperhidrosisCurrently, hyperhidrosis is a fairly common pathological condition, which is characterized by increased sweating of the whole body or its local parts. Using the Nd YAG Invasive laser module, laser treatment of hyperhidrosis is possible by treating the problem area with special handpieces of various diameters that destroy most of the sweat glands, and further their recovery does not occur. The special distribution of laser energy allows you to remove not all sweat glands in the problem area, but with a certain interval, because, in general, sweat glands play a very important role in the body’s thermoregulation, and their deficiency in a certain area can lead to the development of the problem of compensatory sweating ( hyperhidrosis in other areas of the body), as well as excessive dryness of the epidermis, etc

atrophyMore than half of women after 50 years of age are diagnosed with vulvovaginal atrophy (VVA). The new LASEST laser techniques have revolutionized the intimate area plasticsThe treatment of vulvovaginal atrophy with the LASEST laser complex is based on nonablative photothermal exposure with laser packet pulses using the Dual Gentle Gynecology laser module. Thanks to the special spatial distribution of laser energy, there is an active stimulation of the restoration of blood supply and restoration of the submucous and mucous layers, the relief and moisture of the mucous membrane are restored. The positive effect after the procedure lasts up to a year.

SensitivE Audit® DynamicB The module allows analyzing tissue conductivity and microcirculation disorders using certain dosed stimuli. Cannot be used without an interface block. The module can: • automatically conduct an incremental scanning of the head and limbs with impulses of negative and positive polarity (20 derivations), with a repetition rate of 10 Hz. At that, the electric signal test is physiological and does not cause discomfort; • to readjust the signal received via the use of direct or alternating current influence in the measuring range to exclude effect of fabric electrolysis; • use sequential transfer of frequency-wave information to the object under study along the diagonals, in accordance with the distribution of energy meridians; • to carry out early prediction of neoplastic and fibrodystrophic processes in selective foci; • to reveal the hidden foci of tissue conduction disorders and their influence on the studied object's functional reserves of adaptation.