Large-scale 3D printing is moving beyond prototyping and into architectural applications such as façades, screens and temporary structures. A project in Ibiza shows how parametric design and additive manufacturing can support flexible façade systems for existing buildings, while offering visual variation and efficient production.

For the 2025 summer season, three different façade configurations were developed for the exterior of the Pacha Ibiza nightclub. Gola Studio designed the façades, while Italian 3D printing specialist WASP produced the elements. Instead of changing the permanent structure, the project added removable façade layers that could be exchanged throughout the season. This approach reflects a wider interest in adaptable architecture, especially in hospitality and event-driven environments.

Parametric Design and Modular Strategy

The design team used parametric tools to develop all three façade concepts. This allowed each module to vary in shape while remaining part of one consistent system. As a result, hundreds of unique components could fit together accurately.

Because the façades were installed on an existing building, the designers focused on low weight and simple assembly. The modules allow quick installation and removal, which makes the system suitable for temporary or semi-permanent use. For architects and interior designers, the project shows how parametric design can support modular construction without sacrificing formal variation.

Large-Scale Robotic 3D Printing by WASP

WASP produced the façade elements at its Mantova hub using large-format extrusion-based 3D printing. The production combined gantry-based printers with robotic arm systems, which made it possible to manufacture components at architectural scale.

For the largest elements, WASP used robotic arm printing to achieve larger print volumes than enclosed systems allow. This process removes the need for moulds or formwork and supports the efficient production of complex geometries. For façade design, this offers greater freedom while reducing material use and production time.

Material Selection and Visual Effects

The project used different materials to create distinct visual effects. One façade version featured opaque white modules made from PLA, a biobased polymer derived from renewable resources. The modules formed a wave-like surface that emphasised depth and texture.

Other façade versions used transparent PET-G. This material allowed light to pass through the surface and interact with coloured lighting. The effect became especially visible during evening and night-time use. The project shows how material choice, geometry and lighting can work together to shape atmosphere.

Design Relevance

Although developed for a nightclub, the project offers wider lessons for architecture and interior design. It shows how large-scale 3D printing can support adaptable façade systems, temporary architecture and material experimentation. For designers, it also highlights how modular, reconfigurable elements can support circular design through reuse, flexibility and reduced material waste.

Source & photos: WASP