An apparatus, comprising: a first actuator (16; 16a-d); a second actuator (16; 16a-d); a third actuator (16; 16a-d); a fourth actuator (16; 16a-d); an optical element; at least one first spring (14a-d; 66; 66') disposed between the first actuator (16; 16a-d) at an actuator-side attachment area and a first optics-side attachment area, associated to the first actuator, at a circumference of the optical element; at least one second spring (14a-d; 66; 66') disposed between the second actuator (16; 16a-d) at an actuator-side attachment area and a second optics-side attachment area, associated to the second actuator, at the circumference of the optical element; at least one third spring (14a-d; 66; 66') disposed between the third actuator (16; 16a-d) at an actuator-side attachment area and a third optics-side attachment area, associated to the third actuator, at the circumference of the optical element; and at least one fourth spring (14a-d; 66; 66') disposed between the fourth actuator (16; 16a-d) at an actuator-side attachment area and a fourth optics-side attachment area, associated to the fourth actuator, at the circumference of the optical element; characterized in that each of the first to fourth springs (14a-d; 66; 66') is disposed at an angle (θ 1-4) to the extension direction of the allocated actuators (16; 16a-d) that is greater than 90° and less than 180°; and furthermore a course of the springs (14a-d; 66; 66') includes a curvature along an axial expansion from an optics-side attachment area (22a-d) towards the actuator-side attachment area (24a-d); wherein the spring runs within an area defined by circular arcs intersecting the first and the second end of the spring (14a-d; 66; 66'); wherein each circular arc includes a radius (76a-b) that is greater than 0.75 times a distance between the first end and the second end of the spring (14a-d; 66; 66'); and wherein each circular arc includes a center (74a-b) positioned along a line that is positioned in space perpendicular to a straight line connecting the first end and the second end of the spring (14a-d; 66; 66') to one another. a first actuator (16; 16a-d); a second actuator (16; 16a-d); a third actuator (16; 16a-d); a fourth actuator (16; 16a-d); an optical element; at least one first spring (14a-d; 66; 66') disposed between the first actuator (16; 16a-d) at an actuator-side attachment area and a first optics-side attachment area, associated to the first actuator, at a circumference of the optical element; at least one second spring (14a-d; 66; 66') disposed between the second actuator (16; 16a-d) at an actuator-side attachment area and a second optics-side attachment area, associated to the second actuator, at the circumference of the optical element; at least one third spring (14a-d; 66; 66') disposed between the third actuator (16; 16a-d) at an actuator-side attachment area and a third optics-side attachment area, associated to the third actuator, at the circumference of the optical element; and at least one fourth spring (14a-d; 66; 66') disposed between the fourth actuator (16; 16a-d) at an actuator-side attachment area and a fourth optics-side attachment area, associated to the fourth actuator, at the circumference of the optical element; characterized in that each of the first to fourth springs (14a-d; 66; 66') is disposed at an angle (θ 1-4) to the extension direction of the allocated actuators (16; 16a-d) that is greater than 90° and less than 180°; and furthermore a course of the springs (14a-d; 66; 66') includes a curvature along an axial expansion from an optics-side attachment area (22a-d) towards the actuator-side attachment area (24a-d); wherein the spring runs within an area defined by circular arcs intersecting the first and the second end of the spring (14a-d; 66; 66'); wherein each circular arc includes a radius (76a-b) that is greater than 0.75 times a distance between the first end and the second end of the spring (14a-d; 66; 66'); and wherein each circular arc includes a center (74a-b) positioned along a line that is positioned in space perpendicular to a straight line connecting the first end and the second end of the spring (14a-d; 66; 66') to one another. the spring runs within an area defined by circular arcs intersecting the first and the second end of the spring (14a-d; 66; 66'); wherein each circular arc includes a radius (76a-b) that is greater than 0.75 times a distance between the first end and the second end of the spring (14a-d; 66; 66'); and wherein each circular arc includes a center (74a-b) positioned along a line that is positioned in space perpendicular to a straight line connecting the first end and the second end of the spring (14a-d; 66; 66') to one another.