In 2026, the boundary between design and engineering has finally blurred. Parametric design has allowed us to create forms previously considered impossible or too expensive to produce. In this article, we reveal the 'internal kitchen' of creating complex curvilinear reception desks: from writing Grasshopper scripts to final assembly on 5-axis CNC machines.
Grasshopper and Algorithmic Design
At the core of every parametric project of ours lies an algorithm. Instead of drawing a form manually, we define a set of parameters: visitor count, ergonomic heights, rotation radii, and aesthetic vectors. The software generates hundreds of options, from which we select the one perfectly balanced in terms of function and visual impact.
This approach allows us to create 'living' forms that seamlessly integrate into building architecture, echoing wall curves or floor patterns. This transforms furniture from a functional object into an integral part of the space's DNA.
Materials for Digital Manufacturing
1. Acrylic Stone and Thermoforming
To create seamless curvilinear surfaces in 2026, we utilize high-tech acrylic stone. Under high temperatures, it becomes as plastic as clay, allowing us to 'stretch' it over a complex parametric frame. After cooling and seamless bonding, a monolithic object of immense geometric complexity is born.
2. Layered Plywood and 5-Axis CNC
For 'Digital Brutalism' style projects, we use top-grade birch plywood. A 5-axis milling machine cuts each detail with 0.05 mm precision. The layering of hundreds of such parts creates a unique wood pattern that emphasizes the mathematical precision of the design.
