The relationship between technology and design has always been intertwined, and there is a growing demand for the combination of typography and 3D printing. Notably, 3D printing has become more refined, common, and accessible, offering new tools to push the boundaries of typography in terms of concept and medium. Since the advent of printing technologies, designers and printers have dedicated centuries to effectively conveying information via visual materials to audiences.
Humans have five basic senses, and touch, being the first to develop, plays a crucial role in how we perceive the world. Visuals and touch are closely linked, and touch can significantly enhance the user’s experience with printed text. Digital fabrication can revolutionize how we perceive printed text, as tangible type combines both senses and provides a rich, intuitive, fun, and memorable tactile experience. For this project, various conventional and unconventional materials in 3D printing, such as ceramic, plastic, elastic material, wax, metal, and even soap, were used to explore the challenges and potential for tangible typography.
This project is not just a creative endeavor, but a practical innovation with potential applications in professional practices and educational settings, such as typography, graphic design, and digital fabrication courses. The outcome provides multi-dimensional experiences, making it a valuable tool for designing for people with vision impairment, showcasing the real-world impact and value of this innovative approach.
