Abstract: A lenticular image product includes an integral bendable lenticular lens sheet formed into a six-sided cube. The lenticular lens sheet has a lenticular lens facing outwardly of the cube, and at least two contiguous sides of the cube have lenticular images viewable through the lenticular lens which display a motion or animation sequence extending from one side to the contiguous side when the cube is rotated about on axis of rotation, the lenticular lens extending parallel to the axis of rotation.

Abstract: A lenticular image product comprising an integral bendable lenticular lens sheet formed into a six-sided cube, said lenticular lens sheet having lenticular lens facing outwardly of said cube, two or more of said sides of said cube having lenticular images viewable through said lenticular lens which display different lenticular effects including two or more of the following; morphing, flip, zooming, motion, animation, depth when said cube is rotated about on axis of rotation, said lenticular lens extending parallel to said axis of rotation.

Abstract: A method, and apparatus and lens sheet manufacturing process which utilize the method, of evaluating the quality of a lenticular lens sheet having a front side carrying a plurality of elongated parallel lens elements, and a back side. The method includes:(a) illuminating the sheet from one of the sides with a light source so that the light passes through the sheet and is then reflected from a reflector behind the other side to pass back through the sheet; and(b) comparing an observed feature of a pattern of the reflected light which has passed back through the sheet with a corresponding reference feature to provide an indication of the lenticular lens sheet quality.