Laser technique - Import export

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.

resurfacingThe LASEST device implements a wide range of laser resurfacing techniques, from ultrashort to ultralong, allowing you to remove old skin layers and problem neoplasms for absolutely any skin photototype, regardless of age and skin structureThe essence of the laser skin resurfacing procedure is to renew the skin by removing old layers, which promotes the regeneration of the skin. For these purposes, LasMedTech has developed a unique Er YAG Active LASEST laser. This laser generates laser radiation at a wavelength of 2940 nm, which corresponds to the maximum peak absorption of water. Since the skin consists of more than 70% water, this laser radiation penetrates the skin to a very shallow depth – of the order of 0.02 – 0.1 mm. During the laser resurfacing procedure, water molecules

injuriesLaser therapy is a popular and promising method of sports rehabilitation. A variety of laser techniques implemented in the LASEST complex allows you to deal with a wide range of muscle damage characteristic of testing large loads of organismsWhen practicing many sports, damage to the small muscles, tendons and joints very often occurs. The use of the Nd YAG Arthro LASEST laser module in sports medicine is highly effective due to the whole range of parameters and characteristics of the therapeutic laser radiation generated by this module. Due to the special temporal and spatial form of the impulses, pathologies with deep localization occur and the necessary biological effect is provided even in deep tissues. Photothermal and photomechanical processes that occur when exposed to damaged tissues provide the synthesis of extracellular matrix molecules, regeneration of connective tissue cells

lossAdvanced laser techniques and technologies implemented in the LASEST laser complex are widely used in trichology. Recently, there has been a significant increase in hairline diseases associated with a large number of various adverse factors. Using a laser to treat hair loss can not only prevent and stop the disease in the initial stages, but also contribute to the renewal and growth of the follicular system even in severe cases.Both baldness caused by androgens and baldness due to taking medications occur as a result of the termination of the follicle transition to the anagen phase (active growth), therefore the techniques developed by LazMedTech LLC are aimed at resuming this natural process. One of the mechanisms of these techniques is the deep penetration of laser radiation into the skin with specially selected parameters, where it, being absorbed by various chromophores, stimulates follicular cell division and active angiogenesis

The technology of the Nd YAG 1320 LASEST module is based on the principle of fractional photothermolysis and underlies the use of nonablation fractional laser techniques (NFLT). The latest deep pixel LASEST fractal technique is used for laser skin rejuvenation, treatment of stretch marks and scars, and acne therapy. Laser radiation of Nd YAG 1320 creates microchannels in the skin with coagulation at various depths, allowing you to start the regeneration processes not only in a certain layer of the skin as in the usual fractional exposure, but over the entire thickness of the dermis from the topmost layer of the epidermis to a depth of 45 mm , thus creating an ordered matrix throughout the volume, contributing to the global launch of the natural mechanism of collagenogenesis, followed by the formation of new elastin and collagen. With this technique, the rate of formation of collagen fibers is 34 times higher compared to conventional nonablative antiaging laser techniques.

endoliftingIt has been proven that heating the deep layers of the skin to 6070 C is the optimal temperature that leads to the synthesis of its own collagen. The technique of laser SMASendolifting consists in the fact that an ultrathin fiber with a diameter of 200600 microns of a special shape, depending on the zone of exposure, is easily inserted under the skin into the superficial layers of the hypodermis.