From Code to Reality: The Manufacturing Process of 3D Printed Room Dividers

When you see a massive, sweeping parametric room divider in a luxury hotel lobby, it looks almost organic, as if it grew there. In reality, it is the result of a highly technical, multi-stage process combining algorithmic design, advanced robotics, and traditional craftsmanship. Here is an inside look at our custom partition design and manufacturing workflow.

Phase 1: Generative Design and Engineering

The process rarely starts with a traditional sketch. Because we are dealing with highly complex geometric patterns, the design is often generated using algorithms in software like Grasshopper for Rhino. The designer sets parameters—such as the desired level of opacity, the overall dimensions, and the structural load points—and the software generates the complex web of geometry. Once the aesthetic is approved, our engineers must slice the massive digital model into sections that can be printed, ensuring that interlocking joints are hidden and the structure can support its own weight.

Phase 2: Large-Format Extrusion

This is where the digital code becomes physical reality. For massive partitions, we utilize industrial large-format FDM or FGF 3D printers. Watching these machines operate is mesmerizing. They extrude thick layers of molten industrial polymer, slowly building the complex geometries layer by layer. Depending on the density of the pattern and the size of the partition, a single segment can take anywhere from 12 hours to several days of continuous printing to complete.

Phase 3: The Artisan Touch

The final phase of custom partition design and manufacturing is crucial for achieving a luxury aesthetic. A raw 3D print has visible layer lines that are unacceptable for high-end interior design. Our team of artisans meticulously sand the printed segments smooth. They apply specialized epoxy coatings to reinforce the structure and fill any micro-imperfections. Finally, the pieces are primed and painted using automotive-grade finishes, resulting in a flawless surface that can mimic polished metal, matte ceramic, or whatever the client desires.