Absorber-type vibration damper, for example for a drive train of a motor vehicle, for damping a vibration component of a rotational movement, having the following features: at least three absorber masses which are configured so as to carry out a vibration in a manner which is dependent on the rotational movement, in order to damp the vibration component thereof; at least one guide component which is configured to guide the absorber masses movably such that the absorber masses are arranged along and offset with respect to a circumferential direction which is perpendicular with respect to a rotational axis of the rotational movement, and can carry out the vibrations; a dimensionally stable spacer component which can be rotated about the rotational axis of the rotational movement with respect to the at least one guide component and is a play-afflicted positively locking connection with the absorber masses which are configured in such a way that, starting from a middle position of the absorber masses with respect to the spacer component, in the case of a vibration of one of the two absorber masses, which vibration overcomes a play of the connections of two of the absorber masses with respect to the spacer component, the spacer component is rotated along the circumferential direction in such a way that it drives the other of the two absorber masses along the circumferential direction, the spacer component having a stop structure which is configured to limit a rotation of the spacer component with regard to the at least one guide component, characterized in that the stop structure of the spacer component comprises a stop projection or a stop recess which is configured to engage into a corresponding stop recess or a corresponding stop projection of at least one guide component and to limit a rotation of the spacer component with regard to the at least one guide component. at least three absorber masses which are configured so as to carry out a vibration in a manner which is dependent on the rotational movement, in order to damp the vibration component thereof; at least one guide component which is configured to guide the absorber masses movably such that the absorber masses are arranged along and offset with respect to a circumferential direction which is perpendicular with respect to a rotational axis of the rotational movement, and can carry out the vibrations; a dimensionally stable spacer component which can be rotated about the rotational axis of the rotational movement with respect to the at least one guide component and is a play-afflicted positively locking connection with the absorber masses which are configured in such a way that, starting from a middle position of the absorber masses with respect to the spacer component, in the case of a vibration of one of the two absorber masses, which vibration overcomes a play of the connections of two of the absorber masses with respect to the spacer component, the spacer component is rotated along the circumferential direction in such a way that it drives the other of the two absorber masses along the circumferential direction, the spacer component having a stop structure which is configured to limit a rotation of the spacer component with regard to the at least one guide component, characterized in that the stop structure of the spacer component comprises a stop projection or a stop recess which is configured to engage into a corresponding stop recess or a corresponding stop projection of at least one guide component and to limit a rotation of the spacer component with regard to the at least one guide component.