An ophthalmic device comprising: a light source (82; 84; 120; 122) arranged to emit a fixation target light, the light source (82; 84; 120; 122) being adjacent one of a slit mirror, an angled spherical mirror, a non-spherical mirror, a pair of parabola mirrors, a pair of parabolic mirrors, and a lens system, the light source (82; 84; 120; 122) being fixed to a casing; a reflecting face arranged to reflect the fixation target light, to reflect scanning light emitted by an emission section and incident on the reflecting face via the one of the slit mirror, the angled spherical mirror, the non-spherical mirror, the pair of parabola mirrors, the pair of parabolic mirrors, and the lens system, and further arranged to scan the scanning light in a specific direction by changing orientation, wherein the emission section is a source of the scanning light that is different to the light source (82; 84; 120; 122), and the fixation target light and the scanning light are incident on the reflecting face with different angles of incidence; an ellipsoidal mirror having a mirror face disposed such that the scanning light reflected by the reflecting face is incident on the ocular fundus of a subject's eye when the subject's eye is placed at a focal point of the ellipsoidal mirror during use of the ophthalmic device, the ophthalmic device being arranged such that, when the subject's eye is placed at the focal point of the ellipsoidal mirror during use of the ophthalmic device and when the light source (82; 84) emits the fixation target light, the fixation target light and the scanning light are simultaneously incident on the ocular fundus via different optical paths both propagating via the mirror face and the focal point, the target fixation light following a predetermined optical path for fixing the gaze of the subject's eye. a light source (82; 84; 120; 122) arranged to emit a fixation target light, the light source (82; 84; 120; 122) being adjacent one of a slit mirror, an angled spherical mirror, a non-spherical mirror, a pair of parabola mirrors, a pair of parabolic mirrors, and a lens system, the light source (82; 84; 120; 122) being fixed to a casing; a reflecting face arranged to reflect the fixation target light, to reflect scanning light emitted by an emission section and incident on the reflecting face via the one of the slit mirror, the angled spherical mirror, the non-spherical mirror, the pair of parabola mirrors, the pair of parabolic mirrors, and the lens system, and further arranged to scan the scanning light in a specific direction by changing orientation, wherein the emission section is a source of the scanning light that is different to the light source (82; 84; 120; 122), and the fixation target light and the scanning light are incident on the reflecting face with different angles of incidence; an ellipsoidal mirror having a mirror face disposed such that the scanning light reflected by the reflecting face is incident on the ocular fundus of a subject's eye when the subject's eye is placed at a focal point of the ellipsoidal mirror during use of the ophthalmic device, the ophthalmic device being arranged such that, when the subject's eye is placed at the focal point of the ellipsoidal mirror during use of the ophthalmic device and when the light source (82; 84) emits the fixation target light, the fixation target light and the scanning light are simultaneously incident on the ocular fundus via different optical paths both propagating via the mirror face and the focal point, the target fixation light following a predetermined optical path for fixing the gaze of the subject's eye.