Decibel's Circular-Material 3D Printed Chair
Sustainable furniture design using bio-based and compostable materials.
1Deceptive Appearance
At first glance resembling wicker, the chair is actually 3D printed using Filaflex, a bio-based and compostable material developed by Italian company Balena. Designed by New Jersey-based Decibel, it represents a new approach in sustainable furniture design.
2Circular Design
The chair embodies a furniture design approach shaped by circular bio-based materials, acoustic intelligence, and robotic large-format additive manufacturing. Designed for both aesthetics and functionality, it targets real-world use and scalability.
3Material Revolution
Filaflex material offers an alternative reducing dependence on fossil-based plastics. Robotic printing technology enables production without molds, allowing rapid prototyping and design freedom.
4Structural Innovation
Controlled deposition strategies create ribbing that enhances durability and material efficiency. The ergonomic design provides comfort and stability for daily use, standing out with its functional features.
5Industrial Potential
Beyond being a design object, the project presents a production-ready alternative. Widespread adoption of robotic printing in furniture could pave the way for sustainable manufacturing methods.
6Design Award
Winner of SIT Furniture Design Award, the 'Circular-Material 3D Printed Chair' could mark a turning point in sustainable furniture design. However, lack of real-use images leaves questions about practical performance.
Original article: Core77 — Decibel'in Döngüsel Malzemeli 3D Baskı Sandalyesi