the subject invention is a manufacture device mikronaczyniowego to research and simulation of transport, which is that in the first stage, based on the designed map system blood vessels, in particular mikronaczy\u0144, prepared on the basis of fizycz photos changing structure, mathematical model and in accordance with the designa functional layer and the elements and supporting structures, in order to the substrate in the form of a layer of elastomer is prepared by rotary coating medium in the form of polyester foil and graweruje structure channels, after os\u0142oni\u0119ciu surface sheet. ci\u015ble adjacent paper os\u0142onowego, focused laser beam irradiation by co2 wavelength 10,6 mm, in the second stage combines layer functional devices mutually or with the bottom device layer and age: functional on medium with polyester foil washed in rozworze koh in ethanol, light in the uv radiation with a wavelength of 185 nm and 253,7 nmthen combines with the previously wypra\u017conym temperature not lower than a glass 200\u00b0c forming bottom and z\u0142\u0105czon\u0105 structure placed on the period from 5 to 15 min in a thermostated heating plate temperature of from 90 to 150\u00b0c, or connects to a previously na\u015bwietlon\u0105 in cellular the uv surface plastic pmma or pc as the lid deviceafter what z\u0142\u0105czon\u0105 structure is placed in a hydraulic press under pressure not lower than 1 bar and in the presence of isopropanol is removed and re connects the elements previously exposed substrate in the uv chamber into one whole, and then in the third stage modifies to the internal trzne surfaces mikrokana\u0142\u00f3w, with elastomer coating krzemianowej and \/ or protein solutions and suspensions.glycoproteins, proteoglycans or cell cultures.Przedmiotem wynalazku jest sposób wytwarzania urządzenia mikronaczyniowego do badań i symulacji zjawisk transportu, który polega na tym, w pierwszym etapie na podstawie zaprojektowanej mapy układu naczyń krwionośnych,
