u2032 in nip 10 is arranged between felt 11 and smooth roller surface 6 of yankee drying cylinder 7 here nip 10 is formed by yankee drying cylinder 7 and a shoe press roller 9 the linear force generated in nip 10 amounts to 120 kn m so that a dewatering of tissue paper web 3 u2032 and a subsequent transfer of tissue paper web 3 u2032 from felt 11 to yankee drying cylinder 7 is effected by nip 10 fig1 shows tissue paper web 3 u2032 while passing through nip 10 in its cylindrical surface 8 press roller 9 has bores 30 which communicate with the suction zone 12 of press roller 9 hence rewetting in the opening nip is prevented as the result of which the dry content of tissue paper web 3 u2032 is increased also due to the bores a good transfer of tissue paper web 3 u2032 to yankee drying cylinder 7 is assured furthermore press roller 9 is driven whereby the transfer of tissue paper web 3 u2032 from felt 11 to yankee drying cylinder 7 is improved further downstream from nip 10 tissue paper web 3 u2032 is conveyed over the heated cylindrical surface 6 of yankee drying cylinder 7 and then taken off cylinder 7 with a cr u00eape doctor not illustrated to increase the drying performance a drying hood 33 can be arranged above yankee drying cylinder 7 such that tissue paper web 3 u2032.