The research aims to combine digital and manual printing techniques by employing fractal patterns as an aesthetic visual element within the artistic composition of a printed artwork. This is in light of contemporary transformations that have prompted print artists to seek formative solutions that embody the integration of technology and artistic creativity. The research focuses on analyzing the aesthetic and technical characteristics of both digital and manual printing, and reviews the visual features and characteristics of fractal patterns as a mathematical model characterized by aesthetic artistic techniques capable of enriching contemporary print composition. The research also addresses practical experimentation through the implementation of a group of printed artworks that combine these techniques, with the aim of arriving at a visual vision that reflects innovative formative values. The research utilizes an analytical experimental approach within a theoretical and applied framework, highlighting the importance of this synthesis in deepening the aesthetic vision of fractal patterns and presenting innovative artistic solutions that keep pace with technological developments to integrate digital and manual printing. The research concludes that the integration of the two technologies contributes to uncovering expressive and aesthetic potential and opening up new areas of creativity in artistic printing.