fig6 the fiber guide elements 29 represented in fig9 are made of one piece wherein a hollow body 30 has a sliver guide body 31 as well as the fiber guide elements 29 which are formed by cutting openings 32 cutting the openings 32 can take place in a simple manner by erosion or drilling for example the fiber guide elements 29 widen in the direction toward their free ends which extend toward the axis of rotation of the hollow body 30 in this way the fiber guide elements 29 form and guide the sliver not shown moving along the axis of rotation of the hollow body 30 in a particularly effective manner a sliver guide is shown in fig1 whose fiber guide elements 33 are also a part of a single hollow body 34 corresponding to the embodiment represented in fig9 the partially conically embodied hollow body 34 comprises a sliver guide body 35 with a sliver passage 36 as well as fiber guide elements 33 which are arranged concentrically around the axis of rotation 37 of the hollow body 34 and whose free ends extend toward the axis of rotation 37 the sliver guide represented in fig1 is integrated into a spinning station which to a large extent corresponds to the embodiment of the spinning station 1 represented in fig1 and already extensively described the spinning station represented in fig1 has a disk 38 which maintains the sliver guide bodies 35 in a centered position the spinning device in fig1 also corresponds to a large degree to the already described spinning devices in fig1 to 10 however the disk 39 holds an alternative embodiment of the sliver guide the sliver.