1. A method for feeding-in X-ray fluoroscopy images in the context of a digital laminography technique, the method comprising: securing an object to be examined on a fixing device of a multiaxis manipulator system; positioning the object using the multiaxis manipulator system so that a central ray of an X-ray fluoroscopy device including an X-ray tube and an X-ray detector passes through a reference point to be defined; moving the object using the multiaxis manipulator system such that the reference point remains essentially unchanged relative to the X-ray irradiation device to obtain a first set of X-ray fluoroscopy images comprising the following steps: (a) tilting the object such that an axis through the reference point of the object, normal to a surface of the object forms a tilt angle (φ) with the central ray between −45° and +45°, (b) rotating the object about the axis, while the tilt angle (φ) remains unchanged, through a set of rotation angles (α) located between −90° and +90°; and (c) feeding-in the X-ray fluoroscopy images obtained at each position corresponding to the set of rotation angles; moving the object using the multiaxis manipulator system such that the reference point remains essentially unchanged relative to the X-ray irradiation device to obtain a second set of X-ray fluoroscopy images by repeating steps (a)-(c), wherein the second set of images are obtained at a set of positions reflective of the first set of images relative to a mirror plane that passes through the reference point and is perpendicular to the central ray; reflecting the second set of X-ray fluoroscopy images, using an analysis unit, in the horizontal and vertical direction to create a set of reflected X-ray fluoroscopy images; and combining the first set of X-ray fluoroscopy images and the set of reflected X-ray fluoroscopy images to form a digital laminography data set.