Method for verifying conformity with a predetermined criterion of use of a spectacle frame (10; 20; 30; 40) intended to receive two ophthalmic lenses (15; 25; 35; 45), implemented with the aid of a computer processing unit, this criterion of use being a criterion of industrial feasibility indicating that the frame (10; 20; 30; 40) is adapted to receive the corresponding ophthalmic lenses via a predetermined industrial fabrication process, according to which a set of frame categories relating to the corresponding frame tracing technologies and ophthalmic lens trimming technologies is determined and the following steps are carried out: a) at least one geometrical and/or mechanical and/or structural characteristic of this frame (10; 20; 30; 40) is determined, comprising at least one of the following geometrical and/or mechanical and/or structural characteristics: - shape of the frame (10; 20; 30; 40) that may encourage collisions between ophthalmic lenses and frames above a threshold thickness of the ophthalmic lens, - presence of elements partly covering a rear or front face of the ophthalmic lens disposed in the frame (10; 20; 30; 40), and - presence of areas of concavity in said outline of the rim (21, 31) of the frame (20; 30) or of the corresponding ophthalmic lens (25; 35), and the computer processing unit deduces therefrom the frame category to which said frame belongs from said set of predetermined frame categories, b) the determination (301, 302, 303, 304, 305) of an outline in two or three dimensions of at least one of said ophthalmic lenses (15; 25; 35; 45) intended to be mounted in said frame or of a rim (21; 31; 41) of this frame is controlled by the computer processing unit, with the aid of an instrument selected as a function of the frame category deduced in step a), c) the value of each parameter from a list of parameters of said frame is evaluated by the computer processing unit, this list being determined as a function of said frame category determined in step a), and the value of at least some of said parameters being evaluated as a function of said outline determined in step b), d) each value of one of the parameters of the frame evaluated in step c) being associated with a score of the frame (10; 20; 30; 40) for that parameter, the conformity of the frame to the predetermined criterion is deduced, by the computer processing unit, from the values of said parameters of the frame determined in step c), as a function of the scores of this frame, by comparing the score of the frame for each evaluated parameter and a reference score associated with this parameter, said reference score being dependent on the criterion of use to be verified. a) at least one geometrical and/or mechanical and/or structural characteristic of this frame (10; 20; 30; 40) is determined, comprising at least one of the following geometrical and/or mechanical and/or structural characteristics: - shape of the frame (10; 20; 30; 40) that may encourage collisions between ophthalmic lenses and frames above a threshold thickness of the ophthalmic lens, - presence of elements partly covering a rear or front face of the ophthalmic lens disposed in the frame (10; 20; 30; 40), and - presence of areas of concavity in said outline of the rim (21, 31) of the frame (20; 30) or of the corresponding ophthalmic lens (25; 35), and the computer processing unit deduces therefrom the frame category to which said frame belongs from said set of predetermined frame categories, - shape of the frame (10; 20; 30; 40) that may encourage collisions between ophthalmic lenses and frames above a threshold thickness of the ophthalmic lens, - presence of elements partly covering a rear or front face of the ophthalmic lens disposed in the frame (10; 20; 30; 40), and - presence of areas of concavity in said outline of the rim (21, 31) of the frame (20; 30) or of the corresponding ophthalmic lens (25; 35), and the computer processing unit deduces therefrom the frame category to which said frame belongs from said set of predetermined frame categories, b) the determination (301, 302, 303, 304, 305) of an outline in two or three dimensions of at least one of said ophthalmic lenses (15; 25; 35; 45) intended to be mounted in said frame or of a rim (21; 31; 41) of this frame is controlled by the computer processing unit, with the aid of an instrument selected as a function of the frame category deduced in step a), c) the value of each parameter from a list of parameters of said frame is evaluated by the computer processing unit, this list being determined as a function of said frame category determined in step a), and the value of at least some of said parameters being evaluated as a function of said outline determined in step b), d) each value of one of the parameters of the frame evaluated in step c) being associated with a score of the frame (10; 20; 30; 40) for that parameter, the conformity of the frame to the predetermined criterion is deduced, by the computer processing unit, from the values of said parameters of the frame determined in step c), as a function of the scores of this frame, by comparing the score of the frame for each evaluated parameter and a reference score associated with this parameter, said reference score being dependent on the criterion of use to be verified.