An ophthalmic apparatus which performs measurement of a plurality of eye characteristics of an examinee's eye, the apparatus comprising: a first measurement unit comprising a first measurement system for performing measurement of a eye refractive power and a corneal shape of the examinee's eye; a second measurement unit comprising a second measurement system for performing noncontact measurement of an intraocular pressure of the examinee's eye, the second measurement unit is placed above the first measurement unit; a measurement unit in which the first measurement unit and the second measurement unit are placed such that a height of a first measurement axis of the first measurement system and a height of a second measurement axis of the second measurement system are different from each other; a Y movement mechanism unit arranged to move the measurement unit in a vertical direction; and a control unit arranged to control the movement mechanism unit such that the height of the first measurement axis at the time of first measurement by the first measurement unit becomes almost the same as the height of the second measurement axis at the time of second measurement by the second measurement unit, characterized in that: the ophthalmic apparatus comprises: a detecting unit, connected with the control unit, that is arranged to detect a height of the measurement unit arranged to be moved in the vertical direction by the Y-movement mechanism unit; and a face supporting unit comprising a chin rest which is movable vertically, and in an intraocular pressure measurement mode in which the examinee's eye is measured by the second measurement unit, when the control unit detects that the measurement unit reaches an upper limit height or a lower limit height based on the detection result by the detecting unit, the control unit controls the Y-movement mechanism unit to stop its driving so as not to move the measurement unit any further in the up direction than the upper limit height or any further in the down direction than the lower limit height. a first measurement unit comprising a first measurement system for performing measurement of a eye refractive power and a corneal shape of the examinee's eye; a second measurement unit comprising a second measurement system for performing noncontact measurement of an intraocular pressure of the examinee's eye, the second measurement unit is placed above the first measurement unit; a measurement unit in which the first measurement unit and the second measurement unit are placed such that a height of a first measurement axis of the first measurement system and a height of a second measurement axis of the second measurement system are different from each other; a Y movement mechanism unit arranged to move the measurement unit in a vertical direction; and a control unit arranged to control the movement mechanism unit such that the height of the first measurement axis at the time of first measurement by the first measurement unit becomes almost the same as the height of the second measurement axis at the time of second measurement by the second measurement unit, characterized in that: the ophthalmic apparatus comprises: a detecting unit, connected with the control unit, that is arranged to detect a height of the measurement unit arranged to be moved in the vertical direction by the Y-movement mechanism unit; and a face supporting unit comprising a chin rest which is movable vertically, and in an intraocular pressure measurement mode in which the examinee's eye is measured by the second measurement unit, when the control unit detects that the measurement unit reaches an upper limit height or a lower limit height based on the detection result by the detecting unit, the control unit controls the Y-movement mechanism unit to stop its driving so as not to move the measurement unit any further in the up direction than the upper limit height or any further in the down direction than the lower limit height. the ophthalmic apparatus comprises: a detecting unit, connected with the control unit, that is arranged to detect a height of the measurement unit arranged to be moved in the vertical direction by the Y-movement mechanism unit; and a detecting unit, connected with the control unit, that is arranged to detect a height of the measurement unit arranged to be moved in the vertical direction by the Y-movement mechanism unit; and a face supporting unit comprising a chin rest which is movable vertically, and in an intraocular pressure measurement mode in which the examinee's eye is measured by the second measurement unit, when the control unit detects that the measurement unit reaches an upper limit height or a lower limit height based on the detection result by the detecting unit, the control unit controls the Y-movement mechanism unit to stop its driving so as not to move the measurement unit any further in the up direction than the upper limit height or any further in the down direction than the lower limit height.