by changing the wire sieve angle in x y plane the force rotating the yarn at horizontal plane is changed gap between the wire sieves affect the compression pressure and it can also change the yarn rotation by changing friction force in a fully operating manufacturing facility it would be foreseeable to arrange a plurality of parallel nozzles to produce yarn on several production lines simultaneously after the production stage described above with reference to fig1 to 3 the simultaneously produced plurality of yarns may be wound together to form one or several thick yarn s such a thick yarn consisting of said individual yarn may then be wound to a roll with or without a supplementary treatment stage of applying suitable chemicals for a particular desired effect rough adjusting for these parameters can be based on results of visual inspection of the yarn the main goal of the invention is to produce yarn continuously the specific properties of yarn constant diameter tensile strength can be adjusted by changing operating parameters the results of the preliminary tests run on the invention were promising and established solid basis for future research the purpose of the invention is to provide a device to continuously produce yarn directly from a fibre suspension preferably pulp fibre suspension the way of turning fibre suspension into a yarn is completely new the device can be easily adjusted to manufacturing needs the apparatus according to the invention can produce cellulose yarn continuously at very high speeds even higher speeds than 10 m s are possible but then at least motors and drive pulleys needs to be dimensioned and chosen accordingly it can be contemplated that the.