This thesis will present the application of Infraredesign® technology with different types of typographic solutions applicable to product packaging, books, newspapers and documents as well as to purely artistic expression, eg poster design, etc. Typographic message visible only in the infrared spectrum (Z) joins the content of the graphic or other typographic message visible in the visual part of the spectrum (V), in order to together form a unique, yet different and expanded information. The design of the double graphics is created with twin dyes. For the same tone, two dyes of different composition are made that have the same visual experience, but a different response in the infrared spectrum. In this paper, gray and black tones are applied each in two CMYK recipes. Monotone gray typography is performed in four colors in a light space of 400 to 1000 nm. Multitone graphics such as photographs and multi-tone rosettes are also created, one visible in the visual and the other in the infrared spectrum. A dual ZRGB camera is used to detect an image that has entered the infrared spectrum. One camera detects only the visual part (RGB) while the other enters the infrared area (Z) into which other expanded invisible information enters. As the whole process of image or textual duplication takes place within a process dye set (CMYK), such an approach to information design provides greater and expanded opportunities for graphic artists and designers in developing typographic elements that ultimately do not increase the cost of performing such solutions.