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
Poland
Application: » professional brightening treatments » manual application » during (micro-needle and needleless) mesotherapy and sonophoresis » after IPL and laser therapies » possible combination with UniTone Forte-C Elixir
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Optical Coherence Tomography otherwise known as OCT is an advanced technology used specifically within retinal imaging and analysis. This non-invasive technology was designed to provide highly detailed images of the retina as well as the optic nerve. It uses light waves to take cross-section images of your retina, using OCT it is possible to see each of the retina’s distinctive layers. Within OCT’s, a light source with a broad optical bandwidth is used for illumination and is split by a Non-Polarising Beam-Splitter into 2 paths referred to as the reference and sample arms. The light from both the reference and sample arms are reflected back and combined at the detector. An interference effect is seen at the detector in the reference and sample arm only if the time travelled by the light is nearly equal. Read PDF for more info
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High precision automated laser marking is a process of marking or engraving a material using a high-powered laser beam. This process is widely used in a variety of industries including medical, automotive and smart devices manufacturing. The laser beam can mark materials such as metal, plastic and glass with extreme accuracy and detail down to micron scale. This makes it possible to mark the smallest materials and components.
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