An ophthalmic apparatus comprising: a front observation optical system for observing a front image of an anterior segment of an examinee's eye; a cross-section imaging optical system including a light projecting optical system for projecting slit light toward the anterior segment of the examinee's eye to form a light section on the anterior segment so that the light section passes through an optical axis of the front observation optical system, and a light receiving optical system for receiving anterior-segment scattered light obtained by scattering of the light section at the anterior segment, the cross-section imaging optical system being arranged to capture a cross-sectional image of the anterior segment of the examinee's eye; iridocorneal area photographing means configured for adjusting a relative position of the optical axis with respect to an iridocorneal area of the examinee's eye so that the light section is formed on the iridocorneal area of the examinee's eye, and obtaining a still image of a cross-sectional image of the iridocorneal area through the cross-section imaging optical system, wherein the iridocorneal-area photographing means is configured to make alignment of the optical axis with respect to the iridocorneal area of the examinee's eye to form a light section on the iridocorneal area of the examinee's eye and obtain the still image of the cross-sectional image of the iridocorneal area of the examinee's eye by the cross-section imaging optical system; and a cornea photographing means for adjusting a relative position of the optical axis with respect to a corneal center of the anterior segment of the examinee's eye so that the light section is formed on the corneal center of the examinee's eye, and obtaining a still image of a cross-sectional image of the cornea through the cross-section imaging optical system, characterized in that the ophthalmic apparatus is further comprising: an intraocular pressure measuring unit for measuring intraocular pressure of the examinee's eye; and a mode setting means for setting either a first mode of photographing a cornea and measuring a corneal thickness of the examinee's eye, or a second mode of measuring the intraocular pressure of the examinee's eye by the intraocular pressure measuring unit, or a third mode for photographing an iridocorneal area. a front observation optical system for observing a front image of an anterior segment of an examinee's eye; a cross-section imaging optical system including a light projecting optical system for projecting slit light toward the anterior segment of the examinee's eye to form a light section on the anterior segment so that the light section passes through an optical axis of the front observation optical system, and a light receiving optical system for receiving anterior-segment scattered light obtained by scattering of the light section at the anterior segment, the cross-section imaging optical system being arranged to capture a cross-sectional image of the anterior segment of the examinee's eye; iridocorneal area photographing means configured for adjusting a relative position of the optical axis with respect to an iridocorneal area of the examinee's eye so that the light section is formed on the iridocorneal area of the examinee's eye, and obtaining a still image of a cross-sectional image of the iridocorneal area through the cross-section imaging optical system, wherein the iridocorneal-area photographing means is configured to make alignment of the optical axis with respect to the iridocorneal area of the examinee's eye to form a light section on the iridocorneal area of the examinee's eye and obtain the still image of the cross-sectional image of the iridocorneal area of the examinee's eye by the cross-section imaging optical system; and a cornea photographing means for adjusting a relative position of the optical axis with respect to a corneal center of the anterior segment of the examinee's eye so that the light section is formed on the corneal center of the examinee's eye, and obtaining a still image of a cross-sectional image of the cornea through the cross-section imaging optical system, characterized in that the ophthalmic apparatus is further comprising: an intraocular pressure measuring unit for measuring intraocular pressure of the examinee's eye; and a mode setting means for setting either a first mode of photographing a cornea and measuring a corneal thickness of the examinee's eye, or a second mode of measuring the intraocular pressure of the examinee's eye by the intraocular pressure measuring unit, or a third mode for photographing an iridocorneal area. an intraocular pressure measuring unit for measuring intraocular pressure of the examinee's eye; and a mode setting means for setting either a first mode of photographing a cornea and measuring a corneal thickness of the examinee's eye, or a second mode of measuring the intraocular pressure of the examinee's eye by the intraocular pressure measuring unit, or a third mode for photographing an iridocorneal area.