The present invention refers to a fundus camera comprising: illuminating means that project a first light beam to illuminate the retina of a patient's eye, said illuminating means comprising one or more first light sources operatively associated with a shaped structure provided with a through hole； projecting means that project one or more second light beams on the patient's retina, said projecting means comprising one or more second light sources； sensor means for receiving the light reflected by the retina in line with a receiving surface in order to acquire one or more images of the retina； regulating means for adjusting the focus of the images of the retina, in line with the receiving surface of said sensor means； actuating means designed to move said regulating means and projecting means； processing means for analyzing the images of the retina acquired by said sensor means, and for generating control signals for said actuating means. The projecting means are arranged coaxially with said illuminating means, along a same axis (a), and project said second light beams through at least a lens that is kept in position by means of a hollow body, which is operatively associated to said through hole.
