![]() ![]() In the case of architectural models for our industrial SLA 3D printers, this sometimes involves splitting the model into smaller parts to accommodate the size of the building envelope. DESIGNING FOR ASSEMBLYĪll 3D models require some preparation before they can be sent to the 3D printer. The need to show interior detail or materiality.Ĭertain models require components that come apart to reveal more information about the design. Printers with large build volumes are either cost-prohibitive or compromise on surface quality.Ģ. 3D printers help fuse these components into as few individual parts as possible, but some assembly is still required for two reasons: This article covers modeling strategies and software workflows that allow architects and designers to easily integrate 3D printing into their existing design methodology.Īrchitectural models are conventionally assembled with a variety of materials and components. ![]() ![]() Stereolithography (SLA) 3D printing offers incredibly high surface quality and fine detail, which makes it very suitable for architectural applications. It is possible to print complex designs without the need for skilled manual fabricators, and rapidly iterate on these designs with relative ease. 3D printing presents tremendous benefits to the conventional architectural workflow. ![]()
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