An apparatus, comprising: a first actuator (16; 16a-d); a second actuator (16; 16a-d); an optical element; at least one first spring (14a-d; 66; 66') disposed between the first actuator (16; 16a-d) and the optical element; at least one second spring (14a-d; 66; 66') disposed between the second actuator (16; 16a-d) and the optical element; wherein the optical element includes exactly two spaced-apart optics-side attachment areas (22; 22a-d); and wherein the at least one first spring (14a-d; 66; 66') is disposed on the first optics-side attachment area (22; 22a-d) and the at least one second spring (14a-d; 66; 66') is disposed on the second optics-side attachment area (22; 22a-d) such that actuation of the first or second actuator (16; 16a-d) causes tilting of the optical element around two axes (18a-b); wherein the first spring (14a-d; 66; 66') is disposed on a first actuator-side attachment area (24; 24a-b) on the first actuator (16; 16a-d) and the second spring (14a-d; 66; 66') is disposed on a second actuator-side attachment area (24; 24a-b) on the second actuator (16; 16a-d); the first spring and the second spring (14a-d; 66; 66') include, between the respective first and respective second end, equal to or less than six portions (55a-b) that are straight in sections; wherein the portions (55a-b) include a different axial expansion along the spring course from the first to the second end of the spring (14a-d; 66; 66') such that the spring (14a-d; 66; 66') includes a long and at least one short portion (55a-b); the long portion (55a-b) includes at least 80% of the overall axial expansion of the course of the spring (14a-d; 66; 66'); and each short portion (55a-b) includes a proportion of the overall axial expansion of the course of the spring (14a-d; 66; 66') that is less than 4%. a first actuator (16; 16a-d); a second actuator (16; 16a-d); an optical element; at least one first spring (14a-d; 66; 66') disposed between the first actuator (16; 16a-d) and the optical element; at least one second spring (14a-d; 66; 66') disposed between the second actuator (16; 16a-d) and the optical element; wherein the optical element includes exactly two spaced-apart optics-side attachment areas (22; 22a-d); and wherein the at least one first spring (14a-d; 66; 66') is disposed on the first optics-side attachment area (22; 22a-d) and the at least one second spring (14a-d; 66; 66') is disposed on the second optics-side attachment area (22; 22a-d) such that actuation of the first or second actuator (16; 16a-d) causes tilting of the optical element around two axes (18a-b); wherein the first spring (14a-d; 66; 66') is disposed on a first actuator-side attachment area (24; 24a-b) on the first actuator (16; 16a-d) and the second spring (14a-d; 66; 66') is disposed on a second actuator-side attachment area (24; 24a-b) on the second actuator (16; 16a-d); the first spring and the second spring (14a-d; 66; 66') include, between the respective first and respective second end, equal to or less than six portions (55a-b) that are straight in sections; wherein the portions (55a-b) include a different axial expansion along the spring course from the first to the second end of the spring (14a-d; 66; 66') such that the spring (14a-d; 66; 66') includes a long and at least one short portion (55a-b); the long portion (55a-b) includes at least 80% of the overall axial expansion of the course of the spring (14a-d; 66; 66'); and each short portion (55a-b) includes a proportion of the overall axial expansion of the course of the spring (14a-d; 66; 66') that is less than 4%. the portions (55a-b) include a different axial expansion along the spring course from the first to the second end of the spring (14a-d; 66; 66') such that the spring (14a-d; 66; 66') includes a long and at least one short portion (55a-b); the long portion (55a-b) includes at least 80% of the overall axial expansion of the course of the spring (14a-d; 66; 66'); and each short portion (55a-b) includes a proportion of the overall axial expansion of the course of the spring (14a-d; 66; 66') that is less than 4%.