The fundus imaging system consists of a fundus imaging camera body for imaging the subject's fundus, a forehead rest that contacts the subject's forehead when capturing the fundus, and a chin rest that contacts the subject's jaw during capturing the fundus. Section, a first pulse wave detecting section provided on the forehead rest section, a second pulse wave detecting section for detecting a pulse wave at a location other than the forehead of the subject, and a control section for controlling the fundus photographing camera main body section. The control unit includes a phase of the pulse wave of the subject's forehead detected by the first pulse wave detection unit and a phase of the pulse wave of the subject other than the forehead of the subject detected by the second pulse wave detection unit. Based on, the phase calculation unit that calculates the phase of the pulse wave of the fundus of the subject, based on the phase of the pulse wave of the fundus of the subject, the imaging timing control unit that controls the imaging timing of the fundus of the subject. Equipped with.眼底撮影システムは、被験者の眼底部を撮影する眼底撮影カメラ本体部と、眼底部の撮影時に被験者の額部に当接する額当て部と、眼底部の撮影時に被験者の顎部に当接する顎受け部と、額当て部に設けられた第１脈波検出部と、被験者の額部以外の箇所の脈波を検出する第２脈波検出部と、眼底撮影カメラ本体部を制御する制御部とを備え、制御部は、第１脈波検出部によって検出された被験者の額部の脈波の位相と、第２脈波検出部によって検出された被験者の額部以外の箇所の脈波の位相とに基づいて、被験者の眼底部の脈波の位相を算出する位相算出部と、被験者の眼底部の脈波の位相に基づいて、被験者の眼底部の撮影タイミングを制御する撮影タイミング制御部とを備える。
