An ophthalmic imaging device comprising: an imaging optical system that includes an irradiation optical system configured to irradiate a subject's eye with illumination light emitted from a light source via an objective lens system including at least one lens and cause an optical scanner to scan a tissue of the subject's eye with the illumination light, and a light receiving optical system which has a light receiving element for receiving reflected light of the illumination light reflected on the subject's eye via the objective lens system; image acquisition means configured to generate and acquire a front image of the subject's eye based on a signal output from the light receiving element; position adjustment means configured to adjust a position where a reflected image of the illumination light is formed by the objective lens system for the tissue of the subject's eye in the front image by changing a position relationship between an optical axis of the imaging optical system and a visual axis of the subject's eye; and image processing means configured to obtain a synthetic front image in which the reflected image is reduced compared to a first front image or a second front image, based on at least two images of the first front image and the second front image, wherein a position of the reflected image with respect to the tissue of the subject's eye included in the first front image is different from that of the reflected image with respect to the tissue of the subject's eye included in the second front image, wherein the second front image includes an area of the reflected area in the first front image, wherein the image processing means configured to generate the synthetic front image by supplementing a region including the reflected image in the first front image, with an image region included in the second front image, which is an image region whose position with respect to the tissue of the subject's eye is the same as that of the region including the reflected image, characterized in that the image processing means is configured to perform a process for smoothing a luminance change in a joining portion between the first front image and the second front image when the image processing means generates the synthetic front image, and the ophthalmic imaging device is applied to a scanning laser ophthalmoscope. an imaging optical system that includes an irradiation optical system configured to irradiate a subject's eye with illumination light emitted from a light source via an objective lens system including at least one lens and cause an optical scanner to scan a tissue of the subject's eye with the illumination light, and a light receiving optical system which has a light receiving element for receiving reflected light of the illumination light reflected on the subject's eye via the objective lens system; image acquisition means configured to generate and acquire a front image of the subject's eye based on a signal output from the light receiving element; position adjustment means configured to adjust a position where a reflected image of the illumination light is formed by the objective lens system for the tissue of the subject's eye in the front image by changing a position relationship between an optical axis of the imaging optical system and a visual axis of the subject's eye; and image processing means configured to obtain a synthetic front image in which the reflected image is reduced compared to a first front image or a second front image, based on at least two images of the first front image and the second front image, wherein a position of the reflected image with respect to the tissue of the subject's eye included in the first front image is different from that of the reflected image with respect to the tissue of the subject's eye included in the second front image, wherein the second front image includes an area of the reflected area in the first front image, wherein the image processing means configured to generate the synthetic front image by supplementing a region including the reflected image in the first front image, with an image region included in the second front image, which is an image region whose position with respect to the tissue of the subject's eye is the same as that of the region including the reflected image, characterized in that the image processing means is configured to perform a process for smoothing a luminance change in a joining portion between the first front image and the second front image when the image processing means generates the synthetic front image, and the ophthalmic imaging device is applied to a scanning laser ophthalmoscope.