To provide an ophthalmologic imaging apparatus which facilitates grasping a structure of an anterior chamber angle more satisfactorily.SOLUTION: The ophthalmologic imaging apparatus includes an irradiation optical system 40, a light receiving optical system 60, and an index projection optical system 70. The irradiation optical system 40 irradiates an anterior chamber angle region of an eye E with illumination light. The light receiving optical system 60 has an imaging element 61 as a light receiving element for receiving return light of the illumination light from the anterior chamber angle region. A two-dimensional image of an anterior chamber angle is captured based on a signal from the imaging element 61. The index projection optical system 70 projects slit light, which is an example of an index light flux, to a part of the anterior chamber angle region irradiated with the illumination light, from a direction oblique with respect to an optical axis L3 of the light receiving optical system 61.SELECTED DRAWING: Figure 2【課題】より良好に隅角の構造を把握しやすい眼科撮影装置を提供すること【解決手段】眼科撮影装置は、照射光学系４０と、受光光学系６０と、指標投影光学系７０と、を有する。照射光学系４０は、被検眼Ｅの隅角領域へ照明光を照射する。受光光学系６０は、隅角領域からの照明光の戻り光を受光する受光素子として、撮像素子６１を有する。撮像素子６１からの信号に基づいて隅角の二次元画像が撮影される。指標投影光学系７０は、指標光束の一例であるスリット光を、照明光が照射される隅角領域の一部へ、受光光学系６１の光軸Ｌ３に対して斜めから、投影する。【選択図】 図２
