The method for articulator adjustment consists of sequentially carried actions: - the measurement of the individual parameters of the patient's mandibular transversal hinge axis in the three planes: transversal, frontal and sagittal, which are inter-condylar distance (C1-C2), the distance between the condylar axis and the occlusal plane (CA-OP), the distance between the condylar axis and central incisors (CA-CT); - fixation of the manufactured in advance primary lower and upper working model to the working plates (10, 11) on the relevant articulator frames; - coinciding of the patient's mandibular transversal hinge axis in terms of his individual parameters and the transversal hinge axis of the articulator and - articulator closure in an individual spread-out position, characterized in that - the fixation of primary working models (13, 14) is done before the coincidence of the transversal hinge axes of the patient and the articulator through their simultaneous placing and fixation to the working plates (10, 11) on the relevant articulator frames, so that the middle lines of the working models (13, 14) and of the articulator can coincide and the occlusal plane of the working models (13, 14) to be parallel to the transversal plane of the articulator; - the coinciding of the transversal hinge axes of the patient and of the articulator is achieved through telescopic relocation along the middle line of the articulator on the working plates (10, 11) with models (13, 14) in the transversal plane of the articulator and adjustment of the measured values: inter-condylar distance (C1 - C2), the distance between the condylar axis and the occlusal plane (CA- OP), the distance between the condylar axis and the incisive point of the upper central incisors (CA- CT), through three-dimensional relocation and rotation around the three coordinate axes with the fixation of the location simultaneously of the two mechanical joint condyles and the joint fossae of this articulator with regard to the measured individual parameters of the transversal hinge axis of the patient. - the measurement of the individual parameters of the patient's mandibular transversal hinge axis in the three planes: transversal, frontal and sagittal, which are inter-condylar distance (C1-C2), the distance between the condylar axis and the occlusal plane (CA-OP), the distance between the condylar axis and central incisors (CA-CT); - fixation of the manufactured in advance primary lower and upper working model to the working plates (10, 11) on the relevant articulator frames; - coinciding of the patient's mandibular transversal hinge axis in terms of his individual parameters and the transversal hinge axis of the articulator and - articulator closure in an individual spread-out position, characterized in that - the fixation of primary working models (13, 14) is done before the coincidence of the transversal hinge axes of the patient and the articulator through their simultaneous placing and fixation to the working plates (10, 11) on the relevant articulator frames, so that the middle lines of the working models (13, 14) and of the articulator can coincide and the occlusal plane of the working models (13, 14) to be parallel to the transversal plane of the articulator; - the coinciding of the transversal hinge axes of the patient and of the articulator is achieved through telescopic relocation along the middle line of the articulator on the working plates (10, 11) with models (13, 14) in the transversal plane of the articulator and adjustment of the measured values: inter-condylar distance (C1 - C2), the distance between the condylar axis and the occlusal plane (CA- OP), the distance between the condylar axis and the incisive point of the upper central incisors (CA- CT), through three-dimensional relocation and rotation around the three coordinate axes with the fixation of the location simultaneously of the two mechanical joint condyles and the joint fossae of this articulator with regard to the measured individual parameters of the transversal hinge axis of the patient.