A method for the measurement of optical lens surfaces, in particular for the centring measurement on aspherical lenses, wherein - an optical measuring beam (26, 27, 28) is created by an extended light source, is collimated via an optical arrangement, is directed onto a first lens surface of an optical lens arrangement that is to be measured and, after reflection at the first lens surface to be measured, is detected with at least one locally resolving optical detector, - wherein an aperture limiting the optical measuring beam (26, 27, 28) is inserted between the light source and the optical detector, which aperture acts as a vignetting field diaphragm and is projected blurred on the optical detector as a first light spot by the measuring beam (26, 27, 28) and is detected by the optical detector, - from an intensity distribution of the first light spot on the optical detector and a displacement of the light spot with respect to a reference position (zero position), an angle between the first lens surface to be measured and an optical axis of the measuring beam is determined at a point of intersection of the optical axis of the measuring beam with the first lens surface to be measured, characterised in that, at the same time as the detection of the first light spot, at least a second light spot is also detected with the optical detector, which is received by reflection of the measuring beam (26, 27, 28) at the second lens surface of the optical lens arrangement that is to be measured and, from an intensity distribution of the second light spot on the optical detector and a displacement of the light spot with respect to the reference position (zero position), an angle between the second lens surface to be measured and the optical axis of the measuring beam (26, 27, 28) is determined at the point of intersection of the optical axis of the measuring beam with the second lens surface to be measured. - an optical measuring beam (26, 27, 28) is created by an extended light source, is collimated via an optical arrangement, is directed onto a first lens surface of an optical lens arrangement that is to be measured and, after reflection at the first lens surface to be measured, is detected with at least one locally resolving optical detector, - wherein an aperture limiting the optical measuring beam (26, 27, 28) is inserted between the light source and the optical detector, which aperture acts as a vignetting field diaphragm and is projected blurred on the optical detector as a first light spot by the measuring beam (26, 27, 28) and is detected by the optical detector, - from an intensity distribution of the first light spot on the optical detector and a displacement of the light spot with respect to a reference position (zero position), an angle between the first lens surface to be measured and an optical axis of the measuring beam is determined at a point of intersection of the optical axis of the measuring beam with the first lens surface to be measured, at the same time as the detection of the first light spot, at least a second light spot is also detected with the optical detector, which is received by reflection of the measuring beam (26, 27, 28) at the second lens surface of the optical lens arrangement that is to be measured and, from an intensity distribution of the second light spot on the optical detector and a displacement of the light spot with respect to the reference position (zero position), an angle between the second lens surface to be measured and the optical axis of the measuring beam (26, 27, 28) is determined at the point of intersection of the optical axis of the measuring beam with the second lens surface to be measured.