The lenticular technique is a high-resolution process. It is mainly used in the field of printing images. Here it enables visual effects, such as 3D representations (depth effect), (autostereoscopy) or animated images. In the context of this work, I wanted to analyze the material in more detail and find out how its properties can be used in combination with light in new contexts. It is important for designers to use different materials in a conscious and purposeful way. It becomes interesting when materials are taken out of their original environments, rethought, and possibly repurposed. In many fields, material studies are conducted for this reason, representing an initial but important aspect within an entire process. Taking an experimental approach, I chose artificial light as a medium in the form of the light-emitting diode LED and its properties to explore the lenticular sheet. To what extent the material can be exploited is the subject of this work. The aim is to find out whether the lens itself, the lenticular sheet, can be used across departments. Experimentally, shapes, patterns and structures will be connected, which are created with artificial point light sources. Different lenticular foils from the company dp-Lenticular will be used. Several test series are necessary to optimize the combinations of material and pattern parameters.