A Photo-micrographing device, comprising: a microscope, whose stage for holding an inspection object and whose object lens for focusing light on the inspection object can be relatively moved three-dimensionally; a camera unit for shooting the inspection object and obtaining an inspection object image; a position storage unit configured for: setting a plurality of shooting ranges of the microscope by relatively moving the stage or the object lens, and storing the position information of the stage corresponding to the plurality of shooting ranges; a setting information storage unit for storing setting information of the microscope and camera unit for the plurality of shooting ranges; a time-lapse information storage unit adapted to store respective shooting conditions including an independent time lapse shooting interval or number of taken images for each of the plurality of shooting ranges in the case, in which consecutive shooting is applied to the shooting range; a camera control unit configured for, for each of the plurality of shooting ranges, obtaining consecutive images of the shooting range for the shooting range, based on the position information stored in the position storage unit, the setting information stored in the setting information storage unit corresponding to the position information, and the shooting conditions stored in the time-lapse information storage unit; and an image display unit for collectively displaying the images shot respectively by the camera control unit for each of the plurality of shooting ranges. a microscope, whose stage for holding an inspection object and whose object lens for focusing light on the inspection object can be relatively moved three-dimensionally; a camera unit for shooting the inspection object and obtaining an inspection object image; a position storage unit configured for: setting a plurality of shooting ranges of the microscope by relatively moving the stage or the object lens, and storing the position information of the stage corresponding to the plurality of shooting ranges; setting a plurality of shooting ranges of the microscope by relatively moving the stage or the object lens, and storing the position information of the stage corresponding to the plurality of shooting ranges; a setting information storage unit for storing setting information of the microscope and camera unit for the plurality of shooting ranges; a time-lapse information storage unit adapted to store respective shooting conditions including an independent time lapse shooting interval or number of taken images for each of the plurality of shooting ranges in the case, in which consecutive shooting is applied to the shooting range; a camera control unit configured for, for each of the plurality of shooting ranges, obtaining consecutive images of the shooting range for the shooting range, based on the position information stored in the position storage unit, the setting information stored in the setting information storage unit corresponding to the position information, and the shooting conditions stored in the time-lapse information storage unit; and an image display unit for collectively displaying the images shot respectively by the camera control unit for each of the plurality of shooting ranges.