Abstract: A cage for a rolling element bearing and a method for the production thereof. The cage has either an increased number of rolling elements or improved load-bearing capacity. A The cage has a plurality of cage pockets for receiving the rolling elements, two side rings and a plurality of cross-ribs. The cross-ribs connect the side rings such that the cage pockets are formed. The cage pockets have milled-out or drilled-out corner regions. hereinafter collectively referred to as milled-out corner regions, The corner regions, in a cutting plane perpendicular to the axis of rotation of the cage, have a radial milling course in the direction of the axis of rotations. The milling course, at least in a partial section, is configured at an incline with respect to a radial vector placed through the partial section and the axis of rotation, and is configured at an incline in the direction of the cage pocket.

Abstract: A rolling element for a roller bearing and a corresponding roller bearing for lubrication. To this end, a rolling element for a roller bearing which has a base body with a receptacle and a lubricant depot is proposed. The lubricant depot is disposed in the receptacle, and has a mounting device disposed in the receptacle and forms a boundary surface on the edge for the lubricant depot.

Abstract: A cage for a rolling element bearing and a method for the production thereof. The cage has either an increased number of rolling elements or improved load-bearing capacity. The cage has a plurality of cage pockets for receiving the rolling elements, two side rings and a plurality of cross-ribs. The cross-ribs connect the side rings such that the cage pockets are formed. The cage pockets have milled-out or drilled-out corner regions, hereinafter collectively referred to as milled-out corner regions The corner regions, in a cutting plane perpendicular to the axis of rotation of the cage, have a radial milling course in the direction of the axis of rotations. The milling course, at least in a partial section, is configured at an incline with respect to a radial vector placed through the partial section and the axis of rotation, and is configured at an incline in the direction of the cage pocket.

Abstract: A cage for antifriction bearings with rollers, which has a first lateral edge, a second lateral edge, webs, and pockets, which are adjacent to one another along the periphery and which serve to accommodate rollers. The webs and the lateral edges are formed together as a single piece, and the flanks have a finished profile-milled contour. The finished contour is a negative reproduction of a positive outer cutting contour of one profiling cutter.

Abstract: The invention relates to a cage for antifriction bearings with rollers, comprising a first lateral edge, a second lateral edge, webs, and pockets, which are adjacent to one another along the periphery and which serve to accommodate rollers. The webs and the lateral edges are formed together as a single piece and at least the flanks have a finished profile-milled contour. The finished contour is a negative reproduction of a positive outer cutting contour of at least one profiling cutter.