Abstract: A bearing arrangement for a pressure roller of a printer means in whicht he pressure roller equipped with an elastically deformable surface is fixed in wall parts with rolling bearings at two bearing locations and presses axially and in a radial direction against a coveyor drum with a given pressing power. Of the bearings at both bearing locations, respectively one of the rolling bearings is rigidly arranged in an identically formed bearing housing that comprises self-holding securing elements for the axial fixing of the bearing housing in a recess of the allocated wall part. A locking ring for axially fixing of a bearing neck of the pressure roller in the bearing housing is provided at one bearing location. The corresponding bearing neck at the other bearing location rotates with radial play. The bearing arrangement is suitable for roller pairs that, arranged following one another, for the conveying path of a printer means.