Aiming at the problem of forming springback quantity is difficult to accurately predict and measure because of the refrigerator door shell is posed of higher plasticity, smaller modulus of elasticity and bigger radius of curvature, the three dimensional (3D) optical measurement method was adopted to compute springback value of the door shell. The measurement method was composed of photogrammetry and computer binocular vision technologies. The point cloud math model of the actual parts was obtained using the measurement method, and aligned with design CAD model. Afterwards the section line was obtained in random position according to actual needs. The obtained difference between both models was springback value including the two aspects of magnitude and angle field. A certain type of refrigerator door shell was measured as a studying object. By the example of reading result of No1 section line, the study indicates that maximum value of springback is at 7.346 mm and minimum at 1.426 mm, the maximum springback angle value at 13.791 °and minimum springback angle at 1.739°. It shows that this method can achieve the measurement value of springback magnitude and angle.