Optical component for guiding at least one radiation bundle (10; 135 i ), comprising a. a multiplicity of mirror elements , which each have a mirror body with a reflection surface with a central surface normal , and b. a carrying structure , which is mechanically connected to the mirror elements , c. wherein at least some of the mirror elements are, by means of electromagnetic actuators that are in each case assigned thereto, relative to the carrying structure i. linearly displaceable in a z-direction, which extends parallel to the surface normal of the respective mirror element in a central position, and ii. tiltable from the central position about at least one tilt axis that is oriented transversely to the surface normal , and d. wherein the actuator comprises in each case at least one first electrode , connected to the mirror element , and at least two second electrodes (62 i ) that are connected to the carrying structure , e. wherein the at least two electrodes (62 i ) connected to the carrying structure comprise in each case at least one partial electrode arranged so as to extend in the z-direction, f. wherein the electrodes (44, 62 i ) are embodied and arranged such that it is possible to generate between them an electrical field, the field strength of which, which is averaged over the extent of the first electrode , has a component in the z-direction, and g. wherein the at least one first electrode is arranged on an actuator pin , which extends in the direction of the surface normal and is connected to the mirror body , and h. wherein at least one of the electrodes (44, 62 i ) comprises at least two separate partial electrodes (51; 49i, 49 2 ), which are arranged offset with respect to one another in the z-direction and to which voltage can be applied independently from one another. a. a multiplicity of mirror elements , which each have a mirror body with a reflection surface with a central surface normal , and b. a carrying structure , which is mechanically connected to the mirror elements , c. wherein at least some of the mirror elements are, by means of electromagnetic actuators that are in each case assigned thereto, relative to the carrying structure i. linearly displaceable in a z-direction, which extends parallel to the surface normal of the respective mirror element in a central position, and ii. tiltable from the central position about at least one tilt axis that is oriented transversely to the surface normal , and i. linearly displaceable in a z-direction, which extends parallel to the surface normal of the respective mirror element in a central position, and ii. tiltable from the central position about at least one tilt axis that is oriented transversely to the surface normal , and d. wherein the actuator comprises in each case at least one first electrode , connected to the mirror element , and at least two second electrodes (62 i ) that are connected to the carrying structure , e. wherein the at least two electrodes (62 i ) connected to the carrying structure comprise in each case at least one partial electrode arranged so as to extend in the z-direction, f. wherein the electrodes (44, 62 i ) are embodied and arranged such that it is possible to generate between them an electrical field, the field strength of which, which is averaged over the extent of the first electrode , has a component in the z-direction, and g. wherein the at least one first electrode is arranged on an actuator pin , which extends in the direction of the surface normal and is connected to the mirror body , and h. wherein at least one of the electrodes (44, 62 i ) comprises at least two separate partial electrodes (51; 49i, 49 2 ), which are arranged offset with respect to one another in the z-direction and to which voltage can be applied independently from one another. <EOS>