Microscope system, comprising - a microscope having an objective and a tube lens for imaging an object from an object plane along an optical axis into an intermediate image located in an intermediate image plane (O'), - an imaging module, - which has a spinning disk structure element with transmissive structures, is arranged at the location of the intermediate image plane (O') and is arranged at a tilt angle (α) with respect to the perpendicular of the beam path, - which is embodied for steering illumination light through the spinning disk structure element to produce an image of the spinning disk structure element in the object plane, and - which is embodied for capturing transmitted sample light that is transmitted at the transmissive structures of the spinning disk structure element, wherein the sample light is illumination radiation reflected at the object or is fluorescent radiation brought about by the illumination radiation, and - a prism arrangement arranged between the tube lens and the spinning disk structure element, characterized in that - the spinning disk structure element has reflective structures and therefore acts as a beam splitter, - the imaging module is embodied for capturing reflected sample light that is reflected at the reflective structures of the spinning disk structure element, - the prism arrangement is arranged between the tube lens and the spinning disk structure element and tilts the intermediate image onto the plane of the structure element and is arranged between the tube lens and the spinning disk structure element such that the reflected sample light is capturable in the imaging module using the structure element acting as a beam splitter, - the prism arrangement comprises a first prism and a second prism, wherein the optical axis is tilted at a kink angle (β) by the prisms (6, 7), - the second prism effects compensation of the effect of the first prism with respect to coma and lateral chromatic aberration, but not with respect to the tilting of the intermediate image, - the kink angle (β) is determined only by the deflection angles of the prisms (6, 7), but not by an axial position of the prisms (6, 7) along the optical axis or the axial distance thereof, and - the distance between the prisms (6, 7) and the distance of the prism arrangement from the intermediate image plane (O') are selected such that, upon tilting of the intermediate image, no coma or lateral chromatic error are produced. - a microscope having an objective and a tube lens for imaging an object from an object plane along an optical axis into an intermediate image located in an intermediate image plane (O'), - an imaging module, - which has a spinning disk structure element with transmissive structures, is arranged at the location of the intermediate image plane (O') and is arranged at a tilt angle (α) with respect to the perpendicular of the beam path, - which is embodied for steering illumination light through the spinning disk structure element to produce an image of the spinning disk structure element in the object plane, and - which is embodied for capturing transmitted sample light that is transmitted at the transmissive structures of the spinning disk structure element, wherein the sample light is illumination radiation reflected at the object or is fluorescent radiation brought about by the illumination radiation, and - which has a spinning disk structure element with transmissive structures, is arranged at the location of the intermediate image plane (O') and is arranged at a tilt angle (α) with respect to the perpendicular of the beam path, - which is embodied for steering illumination light through the spinning disk structure element to produce an image of the spinning disk structure element in the object plane, and - which is embodied for capturing transmitted sample light that is transmitted at the transmissive structures of the spinning disk structure element, wherein the sample light is illumination radiation reflected at the object or is fluorescent radiation brought about by the illumination radiation, and - a prism arrangement arranged between the tube lens and the spinning disk structure element, - the spinning disk structure element has reflective structures and therefore acts as a beam splitter, - the imaging module is embodied for capturing reflected sample light that is reflected at the reflective structures of the spinning disk structure element, - the prism arrangement is arranged between the tube lens and the spinning disk structure element and tilts the intermediate image onto the plane of the structure element and is arranged between the tube lens and the spinning disk structure element such that the reflected sample light is capturable in the imaging module using the structure element acting as a beam splitter, - the prism arrangement comprises a first prism and a second prism, wherein the optical axis is tilted at a kink angle (β) by the prisms (6, 7), - the second prism effects compensation of the effect of the first prism with respect to coma and lateral chromatic aberration, but not with respect to the tilting of the intermediate image, - the kink angle (β) is determined only by the deflection angles of the prisms (6, 7), but not by an axial position of the prisms (6, 7) along the optical axis or the axial distance thereof, and - the distance between the prisms (6, 7) and the distance of the prism arrangement from the intermediate image plane (O') are selected such that, upon tilting of the intermediate image, no coma or lateral chromatic error are produced.