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what is the main contribution of this paper? we have developed a new technique for measuring surface taper angle, which is based on the principle of stereo-vision, to provide a nondestructive measurement that can be used to evaluate the quality of cast samples. this technique uses a high-speed digital camera, which can record both images of the sample surface and the laser beam. the surface taper angle of the cast samples was measured using the images taken by the camera, and the results were compared with those calculated using the surface taper angle of the cast samples obtained by laser interferometry. the new technique can be used to measure surface taper angle of cast samples with a spatial resolution of several micrometers. it was also verified that the new technique can be used for nondestructive inspection, such as the measurement of surface roughness. finally, the new technique was applied to the measurement of the surface taper angle of a cast sample with the surface roughness of about 1 μm. in this paper, the results of the experiment are shown and discussed. materials and methods. the cast samples were prepared using an aluminium-silicon alloy. the dimensions of the cast sample are 30 mm long by 10 mm wide and 25.4 mm thick. the surface of the cast sample was tiled by a turning process, and the surfaces of the cast samples were polished with 1000- and 2000-grit sandpaper. the surface of the cast samples was observed by stereo vision using a high-speed digital camera (fastcam sa5, photron co., america). the spot size and wavelength of the laser used were 50 μm and 0.5 μm, respectively. the distance from the cast sample to the camera was adjusted to 1 m. the surface of the cast sample was irradiated by a laser beam. a specimen of the cast sample in a state of thermal equilibrium was obtained by reheating the cast sample up to the temperature of the molten metal, and the thermal equilibrium was maintained for 1 h. then, a high-speed camera (fastcam sa5, photron co., america) was used to record the images. the experimental setup is shown in figure 1. in the experiment, the cast sample was irradiated by a laser beam, and the surface of the cast sample was observed using the high-speed digital camera. the experiments were conducted in a laboratory with a controlled environment (22±1°c and 45±2% rh). the temperature was controlled using a constant temperature water bath. the surface of the cast samples was observed under a stereo vision system equipped with two digital cameras. the distance from the cast sample to the stereo vision system was adjusted to 1 m. at the same time, the distance from the cast sample to the high-speed digital camera was adjusted to 0.1 m. the initial distance from the cast sample to the stereo vision system was adjusted to be larger than 150 mm. the initial distance from the cast sample to the high-speed digital camera was adjusted to be larger than 0. the initial distance from the cast sample to the camera was adjusted to be larger than 100 mm. 42d8ba546e1