Modular Urban Greening
From biobased materials to modular urban greenery.
Inspired by the natural structure of trees, the design uses organic, branching forms to create a series of flower pots that can be stacked and combined into different configurations. This modular approach allows the system to adapt to different spaces while bringing greenery into the built environment.
The project demonstrates the versatility of our material and 3D-printing approach, exploring new applications at the intersection of biobased building, design and urban greening.
The Green Village projects
Testing biobased materials in real-world conditions.
At The Green Village in Delft, Roylinx has launched a pilot project to investigate the performance and durability of our materials in outdoor conditions.
The pilot uses 3D-printed plant pots to study how the material performs when exposed to moisture, soil, plant roots, wet–dry cycles and changing weather conditions. This provides valuable insights into the material’s long-term behaviour in demanding outdoor environments.
Alongside material testing, the project explores modular construction, computational design and 3D-printing parameters, optimising our in-house processes to create geometrically complex and functional designs.
The pilot brings together material development, digital fabrication and real-world testing, helping us move from laboratory development towards practical applications.
At Roylinx, we are always exploring new opportunities to collaborate with industry, academia, and research partners. We also offer internship projects for students eager to contribute to innovative work in bio-based materials and 3D printing.
Our valued partners:
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We are backed by one of the largest incubators, YES!Delft in the EU to commercialize our product.
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We are a member of SBMC to advance research and development in bio-based materials together.
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With support from Planet-Bio, we are equipping our lab and advancing our research to develop our first pilot prototype.