PROBLEM TO BE SOLVED: To acquire a preferable fluorescent eyeground image in a composite device of an OCT and an eyeground camera.SOLUTION: An eyeground imaging device comprises: a barrier filter for penetrating fluorescence from an eyeground which is excited by fluorescent excitation light, and cutting light of a wavelength other than the fluorescence a first imaging optical path for introducing reflectance and fluorescence from the eyeground by an imaging light source to a first imaging element a second imaging optical path for introducing light from the eyeground by an observation light source to a second imaging element and a wavelength separation member for branching the first and second imaging optical paths. The barrier filter penetrates the fluorescence from the subject eyeground, in which the fluorescence includes first light shorter than λ=700nm, and second light longer than λ=700nm and having a wavelength shorter than that of the eyeground observation light. In the wavelength separation member, wavelength selection characteristics are set so as to introduce the eyeground reflectance by the imaging light source and the fluorescence including the first light and second light to the first imaging element, and so as to introduce the eyeground observation light by the observation light source to the second imaging element.COPYRIGHT: (C)2016,JPO&INPIT【課題】 OCTと眼底カメラとの複合装置において、良好な蛍光眼底画像を取得できる。【解決手段】 蛍光励起光によって励起された眼底からの蛍光を透過させ、蛍光以外の波長の光をカットするためのバリアフィルタと、撮影光源による眼底からの反射光及び蛍光を第1の撮像素子に導くための第1の撮影光路と、観察光源による眼底からの光を第2の撮像素子に導くための第2の撮影光路と、を分岐させるための波長分離部材とを備え、バリアフィルタは、λ=700nmよりも短い第1の光と、λ=700nmよりも長く、眼底観察光よりも波長が短い第2の光と、を含む被検眼眼底かからの蛍光を透過するバリアフィルタと、波長分離部材は、撮影光源による眼底反射光、及び第1の光と第2の光を含む蛍光を第1の撮像素子に導き、観察光源による眼底観察光を第2の撮像素子に導くように波長選択特性が設定されている。【選択図】 図2
