Method for making an eyeglass lens coated by means of physical vapor deposition PVD, said method comprising: - a step of arranging a lens blank provided with at least one first centering reference ; - a step of arranging a support body provided with a first abutment seat adapted to house said lens blank , with at least one second centering reference and with at least one first shaped and through opening , which is oriented with respect to said second centering reference ; - a step of arranging a centering template provided with a second abutment seat adapted to house said support body and with at least one second through opening ; - an assembly step, in which: - said lens blank is housed in the first abutment seat of said support body , to close said at least one first shaped and through opening , orienting said first centering reference with respect to said second centering reference , and - said support body is housed in the second abutment seat of said centering template with said first shaped and through opening and said second through opening substantially aligned with each other; - at least one step of coating said lens blank by means of physical vapor deposition PVD, in which a flow of particles in vapor phase is directed towards said lens blank , through said second and first shaped and through openings and is deposited on said lens blank , forming at least one coating layer thereon that is provided with an exposed profile with shape substantially coinciding with the first shaped and through opening of said support body ; - a cutting step in which said lens blank is cut along a cutting profile which is shaped in the form of eyeglass lens and is oriented with respect to said first centering reference . - a step of arranging a lens blank provided with at least one first centering reference ; - a step of arranging a support body provided with a first abutment seat adapted to house said lens blank , with at least one second centering reference and with at least one first shaped and through opening , which is oriented with respect to said second centering reference ; - a step of arranging a centering template provided with a second abutment seat adapted to house said support body and with at least one second through opening ; - an assembly step, in which: - said lens blank is housed in the first abutment seat of said support body , to close said at least one first shaped and through opening , orienting said first centering reference with respect to said second centering reference , and - said support body is housed in the second abutment seat of said centering template with said first shaped and through opening and said second through opening substantially aligned with each other; - said lens blank is housed in the first abutment seat of said support body , to close said at least one first shaped and through opening , orienting said first centering reference with respect to said second centering reference , and - said support body is housed in the second abutment seat of said centering template with said first shaped and through opening and said second through opening substantially aligned with each other; - at least one step of coating said lens blank by means of physical vapor deposition PVD, in which a flow of particles in vapor phase is directed towards said lens blank , through said second and first shaped and through openings and is deposited on said lens blank , forming at least one coating layer thereon that is provided with an exposed profile with shape substantially coinciding with the first shaped and through opening of said support body ; - a cutting step in which said lens blank is cut along a cutting profile which is shaped in the form of eyeglass lens and is oriented with respect to said first centering reference . <EOS>