The present invention is directed to an indirect ophthalmoscopic system for imaging of the ocular fundus including a headband configured to hold a digital imaging device and a plus eyepiece lens in front of an eye of the examiner, with the plus eyepiece lens positioned in between the digital imaging device and the examiner�s eye, such that the examiner is focused upon the display of the digital imaging device. The aperture of the digital imaging device acts as the only observation path for rays of light from the ocular fundus of the patient�s eye, emanating from the patient�s pupil. The examiner examines the patient and composes the image directly in the display screen. In this way, what the examiner sees is what the examiner captures in the image. The digital imaging device can take the form of a digital camera with a display, a smartphone, or other similar device.
