Image capture device comprehensive-a radiation output (oA) with an lens (1) and a detector (3) to capture images (B) of an object (10);-a setting device (8) capable of producing a certain relative position of radiation output (oA) and object (10) to each other;a control unit (7) to control the control device (8),where the control is carried out in such a way that areas of the object (10) (object fields) are represented in an image field of the detector (3) and are captured by means of the detector (3) respectively as an image (B), where the images (B) are captured along at least two lines (Zi) and neighbouring images (B) within the respective lines (Zi) are captured in intersect the line direction as well as the adjacent images (B) of adjacent lines (Zi) in at least one overlap area (O);and a storage unit (5) and an evaluation unit (4),where the storage unit (5) is configured to store a number of captured images (B) as well as information of the location and/or time of the respective image acquisition associated with the respective images (B); and the evaluation unit (4) is configured for the evaluation of image data contained in overlap areas (O) of images (B) and for the composition of images (B) using the evaluation results, characterized by:-the evaluation unit (4) is configured for the evaluation of images (B)(o(i) in each second row (Zi) in a row at least one quarter of its extension in a row or in each second column (Sj) in a column direction by at least one quarter of its extension in a column direction; oro(ii) of images (B), of which each second image (B) is rotated in a row and column direction at an angle between 0(b) and 90(b) against the line direction or column direction respectively.
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