An ophthalmic laser treatment apparatus comprising: an irradiation optical system including a treatment light source and a deflector for deflecting a laser beam for treatment emitted from the light source with respect to a patient's eye, the irradiation optical system being arranged to irradiate the laser beam to an area of the eye to be treated; a setting unit (70, 75, 76) arranged to obtain an analysis map representing two-dimensional analysis' result data of a fundus of the patient's eye based on fundus layer information of a three-dimensional tomographic image captured by an optical coherence tomography device before the laser beam is irradiated, and arranged to set information of an irradiation position of the laser beam in a surface direction of the fundus based on the obtained analysis result data; an operation part for establishing a laser irradiation mode for performing a treatment laser irradiation; a controller adapted to control operation of the light source and the deflector to irradiate the laser beam to the eye based on the irradiation position information set by the setting unit in the laser irradiation mode, wherein the controller detects the positions of the macular and the papilla of the fundus and sets areas that are prohibited for an irradiation by the laser beam, and wherein the controller displays the analysis map on a fundus front image and also sets the irradiation prohibited areas based on the positions of the macular and the papilla; an observation optical system for observing the fundus front image of the eye; and a monitor; wherein the setting unit displays, on the monitor, the fundus front image obtained through the observation optical system and the analysis result data in superimposed fashion. an irradiation optical system including a treatment light source and a deflector for deflecting a laser beam for treatment emitted from the light source with respect to a patient's eye, the irradiation optical system being arranged to irradiate the laser beam to an area of the eye to be treated; a setting unit (70, 75, 76) arranged to obtain an analysis map representing two-dimensional analysis' result data of a fundus of the patient's eye based on fundus layer information of a three-dimensional tomographic image captured by an optical coherence tomography device before the laser beam is irradiated, and arranged to set information of an irradiation position of the laser beam in a surface direction of the fundus based on the obtained analysis result data; an operation part for establishing a laser irradiation mode for performing a treatment laser irradiation; a controller adapted to control operation of the light source and the deflector to irradiate the laser beam to the eye based on the irradiation position information set by the setting unit in the laser irradiation mode, wherein the controller detects the positions of the macular and the papilla of the fundus and sets areas that are prohibited for an irradiation by the laser beam, and wherein the controller displays the analysis map on a fundus front image and also sets the irradiation prohibited areas based on the positions of the macular and the papilla; an observation optical system for observing the fundus front image of the eye; and a monitor; wherein the setting unit displays, on the monitor, the fundus front image obtained through the observation optical system and the analysis result data in superimposed fashion.