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Showing posts from November, 2025

Exploring Lenticular TPU PVC Printing: Tips for Stunning Visual Effects

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Lenticular printing, including Lenticular tpu pvc printing , may appear difficult, yet it is a concept that many of us have accidentally applied in a variety of ways. Lenticular printing is a specialist method that uses lenticular lenses—tiny lines made of plastic—to generate images that appear to be in motion or with depth. Most typically, it is used to show changing images depending on the viewing angle. How It Works Image Preparation : The adventure begins when we prepare the digital images provided by the client. Depending on the intended effect, the pictures are carefully cut into thin strips. Interlacing : The photographs are meticulously stitched together in a predetermined order to form a composite image. While this composite may not appear particularly pleasing in its raw state, it serves as the large lenticular poster for the lenticular effect. Lenticular Lens Applications : An interlaced image is printed on the back of a lenticular lens sheet for lenticular printing. This sh...

Lenticular Lens Sheets Explained: The Science Behind Moving and 3D Images

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Lenticular lens sheet are interesting optical devices that make motionless images appear to move or transform. You've most likely seen them on novelty goods, postcards, advertising, or packaging—images that appear to move, flip, or burst out from different angles. A lenticular lens sheet consists of a sequence of microscopic lenses, known as "lenticules," moulded into one side of a translucent plastic sheet. These lenses are exactly aligned with a carefully produced interlaced image. The interlaced image is made up of numerous images split into thin strips and woven together in a precise order. When viewed through the lenticules, each eye sees a distinct set of strips depending on the viewing angle. This produces visual effects including 3D depth, movement, zooming, and morphing. With lenticular networks and spherical lenses, we may modify the image seen for both horizontal and vertical movements of the observer. In any event, the image should be completely aligned with ...