These are single sheets, frequently credit card-sized, containing interconnected, pre-designed parts ready for desktop fabrication using additive manufacturing technology. Once printed, these components are easily detached and assembled to form a functional object or model, akin to a traditional plastic model kit but created on demand. An example would be a miniature articulated robot where each limb and joint is arranged on the card for printing as a single unit.
This format offers advantages in terms of material usage, reducing waste by optimizing component placement on the build platform. It also enables efficient distribution of designs, as files are compact and readily shared digitally. Historically, this method builds upon principles of modular design and efficient manufacturing processes, adapting them to the realm of personal fabrication.
The subsequent sections will delve into the design considerations, optimal printing parameters, material selection criteria, and assembly techniques relevant to creating effective and engaging models using this approach. Further exploration will consider applications ranging from educational tools to personalized gifts and rapid prototyping solutions.
