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Know About the Mesmerizing World of Large 3D Photo

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An interesting technique called lenticular printing involves making pictures that appear to move or alter as they are seen from different angles. This optical illusion is created by carefully aligning a printed picture with a collection of small lenses, or lenticules, that, depending on the viewing angle, magnify various portions of the image. As a consequence, a dynamic visual experience is created that turns a  large lenticular poster  into a dynamic work of art.   Unleashing the Creative Potential Lenticular posters' capacity for artistic expression is one of its most noteworthy features. Designers and artists may experiment with depth, motion, and even morphing effects to create stories that change as the spectator engages with the piece. Imagine a movie poster that changes from day to night or an advertising poster that, with a simple tilt, displays a variety of product characteristics.   Additionally,  the 3D lenticular poster  includes an interactive element that

Know About 3D Printing and Lenticular Printing

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Most likely, we have all encountered printed images with motion, such as moving graphics, dancing images, and flashing eyes. These animations are lenticular effects, even though they are occasionally mistaken for 3D effects. Instead of an effect, this particular  large 3D photo  was generated using the specialized printing technique known as lenticular printing, which makes use of lenticular sheets or lenticular lenses as the substrate.   Lens or Lens Sheet Lenticular lenses are extruded plastic sheets with repeated rows of convex lenses (lenticules) on the front side and a flat surface on the reverse that may be either directly printed on or attached with a pre-printed pattern (depending on the process of printing). A lenticular lens is made up of two parts: a flat surface on the rear that may either have a graphic printed directly on it or has one already attached. Convex lenses are arranged in repeating rows across the front of the lens.   Lenticular printing There is no alternate t