An ophthalmic apparatus (1) for examining an eye (E) of an examinee, comprises: optometry means (2) configured to examine the examinee's eye； drive means (4) for relatively moving the optometry means three-dimensionally with respect to the examinee's eye； first photographing means (3) configured to photograph a face of the examinee including at least one of right and left eyes of the examinee； and control means (70) configured to control the drive means.The control means is further configured to restrict a drive range of the drive means based on a two-dimensional position (P(xe, ye)) of the examinee's eye on a first image (Pi) photographed by the first photographing means, the two-dimensional position being specified by image processing on the first image, and information on the first photographing means.
