good quality yarn has already been made previous experiments are made in laboratory scale and produced yarns have not been long enough for making e g fabric out of them this problem can be solved by means of the invention initial shape of the yarn is achieved through fast suspension crosslinking right after the nozzle 9 before the suspension hits the wire in the nozzle rheology modifiers prevent clogging and the fibres are oriented with the flow different compounds are pumped through the nozzle with synchronized speeds and as they get mixed the crosslinking prevents further mixing and initial dewatering with gravity wet gel yarn 18 is extruded directly to the first wire sieve 1 which conveys the material between first and second wire sieves 1 5 when the preformed yarn encounters the second in here upper wire sieve 5 water begins to be pressed out of it the diameter of yarn decreases when it moves along between the wire sieves 1 5 wire sieves 1 5 are aligned so that the gap 6 between them decreases when approaching the output point and an angle difference in machine travel direction x y direction between the centerlines of the wire sieves 1 5 rotates the yarn while pressing all free water is removed by pressing and twisting the yarn between the wire sieves 1 5 at this point the strength of the yarn is sufficient for reeling and the final dewatering takes place there also further drying of the yarn may be included to this device as described in narration of fig1 angular adjusting of the wires is implemented by two pieced frame 19 20 fixed lower frame part.