An ophthalmic apparatus comprising: a first light source configured to output first light to be irradiated to an anterior segment of a subject eye (E); a second light source configured to output second light to be irradiated to a retina of the subject eye (E); a mirror disposed on a first optical path and on a second optical path, the first optical path being an optical path of the first light irradiated from the first light source to the anterior segment of the subject eye (E) and the second optical path being an optical path of the second light irradiated from the second light source to the retina of the subject eye (E); and a scanner disposed on the first optical path and on the second optical path, wherein the apparatus is configured capable of executing a first examination using the first light reflected from the anterior segment and a second examination using the second light reflected from the retina, a wavelength of the second light outputted from the second light source is smaller than a wavelength of the first light outputted from the first light source , the mirror is configured to reflect the first light from the first light source and transmit the second light from the second light source , the scanner is configured to scan the first light outputted from the first light source and to scan the second light outputted from the second light source , the scanner is disposed on the optical path from the first light source to the mirror and on the optical path from the second light source to the mirror , the first optical path includes a first optical path section being an optical path of the first light irradiated from the mirror to the subject eye (E), the second optical path includes the first optical path section, characterised in that the second optical path includes a second optical path section being an optical path of the second light that passes through the mirror and then is irradiated to the mirror again. a first light source configured to output first light to be irradiated to an anterior segment of a subject eye (E); a second light source configured to output second light to be irradiated to a retina of the subject eye (E); a mirror disposed on a first optical path and on a second optical path, the first optical path being an optical path of the first light irradiated from the first light source to the anterior segment of the subject eye (E) and the second optical path being an optical path of the second light irradiated from the second light source to the retina of the subject eye (E); and a scanner disposed on the first optical path and on the second optical path, wherein the apparatus is configured capable of executing a first examination using the first light reflected from the anterior segment and a second examination using the second light reflected from the retina, a wavelength of the second light outputted from the second light source is smaller than a wavelength of the first light outputted from the first light source , the mirror is configured to reflect the first light from the first light source and transmit the second light from the second light source , the scanner is configured to scan the first light outputted from the first light source and to scan the second light outputted from the second light source , the scanner is disposed on the optical path from the first light source to the mirror and on the optical path from the second light source to the mirror , the first optical path includes a first optical path section being an optical path of the first light irradiated from the mirror to the subject eye (E), the second optical path includes the first optical path section, characterised in that the second optical path includes a second optical path section being an optical path of the second light that passes through the mirror and then is irradiated to the mirror again. <EOS>