The ability to produce interlocking plastic bricks using additive manufacturing techniques represents a convergence of digital design and physical creation. These digitally fabricated building components share the same fundamental dimensions and connection points as commercially available plastic bricks, enabling compatibility and integration with existing collections.
This capability offers several advantages, including access to customized designs, the ability to replace lost or damaged parts, and the potential for educational applications. It can foster creativity, problem-solving skills, and an understanding of manufacturing processes. Historically, limitations in accessibility and affordability constrained widespread adoption; however, advancements in desktop 3D printing technology and online availability of digital models have significantly lowered these barriers.
The subsequent sections will delve into the materials used in creating these bricks, explore the design considerations necessary for ensuring functionality and compatibility, and discuss the various software and hardware platforms that facilitate their production.
