Guangzhiyuan 3D Technology Co., Ltd

An optical lens with a unique surface structure made up of small, regularly spaced cylindrical lenses is known as a lenticular lens. They are frequently employed to produce visual effects including animation, morphing, and 3D imagery. There are several uses for  lenticular lens sheet , which are thin, flexible sheets with this unique surface structure. Some of these uses include printing, advertising, and packaging. Manufacturing lenticular lens sheets is a multi-stage process that requires many different steps. We shall examine the production of lenticular lens sheets in this blog post, along with the major participants in this market. The fabrication of a master lenticular picture is the first step in the production of lenticular lens sheets. The pictures required to create the appropriate lenticular effect were generated by this photograph utilizing specialist software. The master picture is printed, and after that, a coating of resin is added, which is then UV-cured. The resin prot

The term "lenticular" refers to an extruded plastic sheet that has columns of microscopic corrugations called lenticules imprinted on one side, giving the material its name. The lenticules are evenly spaced and of the same size across the page. The sheet's reverse, which may be printed on, is still smooth. LPI, or lines-per-inch, is a measure of the lenticular frequency and ranges from 10 to 200. No single LPI is ideal for all project impacts, just as no single prescription for glasses is effective for everyone.   When choosing the right   lenticular lens sheet , it's crucial to consider the lenticules curve or angle. A narrow-angle lenticular lens with a viewing angle between 15 and 44 degrees produces the greatest 3D impression. A wide-angle lenticular lens with a viewing angle between 44 and 65 degrees works best when trying to create a decent animation effect. Which lens is suitable for your project will depend on these variations?   Dimensions of lenticular lense

A method is given for producing a  lenticular lens sheet  that consists of improved optical characteristics. The method consists of different steps of providing a platen. It includes a series of grooves formed to define a series of parallel ridges, positioning a formable material sheet next to the platen, making the sheet formable by heating it, and applying a differential pressure to the sheet forcing it into contact with the platen ridges. A lenticular lens sheet having a plurality of parallel lenticules is produced by this process. Each lenticular has a catenary surface which consists of a non-uniform radius of curvature that is greatest at the center of the lenticular and smallest at its outer edges. Generally, this invention is somewhat related to lenticular lenses but maximum resembles thermoformed lenticular lens sheets. In multiple-image display devices, the use of lenticular lens sheet China is a well-established practice. Such display devices typically consist of a printed sh