Using Bio-based Transparent Polyamide! Arkema and Poolp Jointly Launch the "Nomura" 3D-Printed Sculptural Coffee Table

As a global leader in specialty materials, Arkema has partnered with the French design startup Poolp to create a sculptural coffee table entirely manufactured using 3D printing technology. Named "Nomura," the piece draws inspiration from the giant jellyfish species native to Japanese waters and is made from Rilsan® Clear transparent polyamide pellets. This collaboration fully demonstrates the deep integration of innovation-driven and sustainable development philosophies.

Arkema and Poolp initiated this strategic partnership to showcase the broad application prospects of partially bio-based materials in the field of large-format 3D printing. Together, they are exploring new application pathways, deeply integrating aesthetic style, technological innovation, and environmental responsibility.

Nomura: A Convergence of Natural Imagery, Material Science, and Generative Design

The design of this coffee table is inspired by the giant Nomura's jellyfish inhabiting Japanese waters. Its elegant form and fluid motion inspired the designers to blend biomimetic concepts with cutting-edge technology. The core material for this design concept is Rilsan® Clear transparent polyamide, which has a bio-based content exceeding 60% (derived from castor oil). It was selected for its outstanding mechanical strength, chemical resistance, wear resistance, and durability performance in demanding applications such as automotive, aerospace, and high-end consumer goods. Through this collaboration, Rilsan® Clear transparent polyamide has become an ideal material choice for high-end design and furniture applications.

This coffee table integrates advanced 3D modeling technology, generative algorithms, and large-format pellet extrusion additive manufacturing processes, fostering a deep dialogue between material engineering and design creation. Poolp employs a robotic large-format 3D printing process, commonly referred to in the industry as Large Format Additive Manufacturing (LFAM), which prints directly using pelletized materials. This process not only enables rapid prototyping and reduces material waste but also allows for the construction of complex, large-scale geometric structures.

This distinctive piece was developed and produced in France, perfectly blending industrial technology and algorithmic design. It showcases the accelerated rise of a new production model—one that is more sustainable, circular, and on-demand, relying on additive manufacturing technologies and the application of specialty materials.