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MEAN* creates 3D printed pavilion in Dubai to explore sustainable construction

Dubai has welcomed major 3D printing construction projects, possibly more than any other city in the world. The city is truly home to much of the innovation and experimentation in this sector. Recently, the Middle East Architectural Network, also known…

MEAN* creates 3D printed pavilion in Dubai to explore sustainable construction
3Dnatives

Dubai has welcomed major 3D printing construction projects, possibly more than any other city in the world. The city is truly home to much of the innovation and experimentation in this sector. Recently, the Middle East Architectural Network, also known as MEAN* completed the construction of a 3D printed pavilion for Dubai’s International Financial Centre. According to MEAN*, the pavilion, named Deciduous, presents an abstract botanical form that suggests our relationship with nature. It measures 11 foot in height and visitors can walk through its S-shaped pathway.

The construction of this pavilion was a collaborative project. In fact, it’s more than 5 companies that joined their expertise to see this project through. MEAN* explained that in light of Dubai’s focus on 3D printing as a sustainable technology, robotic 3D printing in plastic and concrete was an attempt at exploring the possibilities these two technologies can offer. Working on polymer 3D printing was the company Ai Build, based in the UK. It used recycled plastic filament from 30,000 water bottles, supplied by Reflow Filament. On the other hand, Besix 3D was called on for its expertise in concrete 3D printing.

3d printed pavilion

The construction process of Deciduous

The design process behind Deciduous was a complex one, yet less complex than if it had been designed using traditional manufacturing techniques. The pavilion was designed to come together in interconnected parts, and was completely prefabricated off-site. Following the construction of these various parts off-site – namely the CNC cut birch plywood, the robotically 3D printed concrete and robotically 3D printed polymer – assembly was performed on-site with no need for heavy machinery. The company explains: “Computational modeling was used to conceive and quantify the design to a level of detailing optimal within the parameters and constraints of large format robotic 3D printing.”