Biomedical equipment - Import export

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.

The Nd YAG QSwitched Active LASEST module is ideal for removing red, yellow and black tattoos, treating vascular diseases, treating acne, and carbon peeling. A feature of the module is the use of various time modes, such as the free generation mode (Freemode), Qswitch mode (QSwitch), hybrid mode (Hybride mode). These modes can be used both separately and together, which allows you to combine thermal with shockacoustic effects on the tissue. Enhanced options are provided when using the replaceable miniature handpiece KTR, which allows you to additionally generate a wavelength of 532 nm for the effective treatment of complex vascular diseases.

laserThe Dynamic LASEST CO2 laser is the most advanced laser ablation module in its class. The unique technical characteristics of this laser device are due to a number of factors that make it the leader among CO2 lasers. First, CO2 Dynamic has flexible fiber output, which offers a number of advantages over conservative articulated laser devices from other manufacturers. This is especially important for surgical or gynecological laser procedures, where maximum precision and selectivity of exposure is required. In addition, 9 (!) Different attachments and handpieces can be attached to this laser device, which allows a doctor to perform laser operations in absolutely any field of medicine. This medical CO2 laser does not require any consumables and, thanks to the builtin gas active medium with a new generation metal RF tube, has a maximum long service life 510 times higher than conservative carbon dioxide lasers with a conventional glass gas active.

The Diode 3 Max LASEST рair removal diode laser is the most advanced laser diode tip in its class. This diode module has advanced energy and spectral characteristics, due to which it combines the three main wavelengths for laser hair removal – 755, 808 and 1064nm. The wavelength of 755nm penetrates the skin by 1.52mm and is absorbed to the maximum by the pigment melanin, which is contained in the hair. The wavelength of the laser diode 808nm has a maximum photothermal effect on the hair shaft and its follicles. And the wavelength of 1064 nm, which is able to penetrate the skin to a depth of 45 mm, has a coagulating effect on the network of capillaries that feed the follicles and thus stop the restoration of damaged hair. Thanks to the combination of all three wavelengths in one diode laser, the number of procedures required to completely stop the hair is significantly reduced, because a complex effect of three independent factors during the laser hair removal procedure.

The Nd YAG Arthro LASEST laser module is designed to affect deep localized joint pathologies. Photothermal and photomechanical processes that occur in tissues when exposed to Nd YAG Arthro radiation provide the synthesis of extracellular matrix molecules, the regeneration of connective tissue cells, and the organization of the endothelium. The high effectiveness of Nd YAG Arthro LASEST exposure is due to a number of therapeutic effects that occur under the influence of laser radiation – Antiinflammatory effects due to the expansion of the supply vessels and accelerate the flow of oxygen and other substances to damaged tissues. – Analgesic effects due to a deep effect on pain receptors and stimulation of the formation of extracellular matrix.

The Nd YAG Invasive laser module is the most effective laser instrument in the hands of dermatologists and surgeons.This highpower module allows for a wide range of surgical operations using open, laparoscopic and endoscopic incision, excision, resection, ablation, vaporization, coagulation and stopping bleeding in the soft tissues in such fields of medicine as urology, gynecology, gastroenterology, arthroscopy, lung discectomy, otolaryngology, dermatology, reconstructive surgery and general surgery.With the Nd YAG Invasive laser module, it is possible to use various optical fibers that differ in diameter (from 0.3 mm to 1 mm), length, shape of the output tip (end, radial, conical), which significantly increases the accuracy and convenience of surgical procedures.

The RUBY Active LASEST module is designed to remove various types of age spots and tattoos in blue and green. For tattoos with a red or yellowish tint, we recomend using of Nd YAG QSwitched KTP LASEST laser. The wavelength of laser radiation 694 nm in combination with the implemented method of ultrashort pulses has wider application than 532 nm KTP of a neodymium laser and is also able to penetrate deeper (by 1.52 mm) into the skin. Only on the LASEST laser apparatus is a multiselective system of regimes for removing tattoos and pigments implemented, which involves the use of optimal parameters of wavelengths, energy and power values.

Er YAG Active LASEST module is widely used for most ablative procedures in aesthetic medicine. The radiation wavelength is 2940 nm, which corresponds to the maximum peak of water absorption, so the depth of direct optical radiation penetration into the skin of this laser module is only 0.01 – 0.1 mm, which guarantees very high accuracy and the absence of side effects like with more “hard” ones CO2 laser. The Er YAG Active laser module can operate in a wide range from ultrashort (from 100 μs) to ultralong (50 ms) pulses depending on the selected mode or technique. An ultrashort pulse allows “cold” surface grinding without heating the lower layers of the skin, which is ideal for correcting agerelated manifestations, scars and postacne. The ultralong impulse promotes the deepest possible laser heating, due to which stimulation of own collagen cells, structural changes in the dermal layer occurs, improving skin texture, smoothing scars, reducing agerelated skin changes

Using the laser module Nd YAG Dynamic LASEST, it is possible to carry out more than 20 procedures for various directions in the field of aesthetic medicine and cosmetology. A large number of handpieces are used for this module, in which the latest latest technologies are implemented, such as Flat Spot, Gauss Beam, 3d Pixel. Highenergy laser radiation with a wavelength of 1064 nm, realized in unique time modes (from ultrashort to ultralong pulses) provides a selective effect on deep targets without thermal damage to the skin. For maximum comfort and convenience of the procedure, LASEST users can use the contactless system of dynamic skin cooling CoolFlash. When working with LASEST laser modules, you can control the temperature and flow rate of cold air in the treatment area, which guarantees an excellent result during the procedure.

The ALEX Dynamic LASEST module generates laser radiation with a wavelength of 755 nm, which is the best choice for removing hair from the skin of the IIII phototype (Fitzpatrick).The light energy of the laser module absorbed by the melanin of the hair is transformed into heat, which leads to the “burning” of the hair shaft, the temperature destruction of the hair follicle and the coagulation of the vessel that feeds it. Selective thermal destruction of a specific target occurs, which minimizes the risk of damage to surrounding tissues.ALEX Dynamic LASEST laser module is supplied with a special handpiece where the spot size is automatically tuned (from 4 to 24 (!) Mm) without unscrewing the fiber and therefore without the risk of damage to optical