Responsibility
We approach sustainability as an ongoing effort, guided by durability, material efficiency, and responsible production standards.
Our furniture designs start with a simple intention to create beauty without compromising the world it comes from. We limit overproduction and extend product lifespan through material choice and construction quality.
Natural stone is durable, and its long lifespan supports responsible use. To reduce material use, we develop technical solutions that lower weight while maintaining strength. Metal core constructions improve handling, reduce transport impact, and help prevent breakage throughout the product lifecycle.
We also reduce waste by reusing leftover stone in new designs. More of the material is put to use, and less is discarded. The durability and low maintenance of natural stone support a long-term approach to furniture production.
Where wood is used, we prioritize FSC®-certified materials to support responsible forest management. This helps ensure traceable sourcing and a more sustainable supply chain.
We use recycled textiles made from post-consumer materials such as plastic bottles and wool. This reduces the need for virgin resources and lowers overall energy use. Recycled polyester requires significantly fewer resources than producing new fibres.
Most fabrics are selected for durability and consistent performance. They are reinforced with backing, thoroughly tested, and certified by Oeko-Tex®, meeting established environmental and health standards.
Durability and a long life are central to material selection and construction quality across all our product ranges.
Fair working conditions have always been a priority. We operate within a culture of equal treatment across roles and backgrounds. Our partners and production facilities are regularly audited under the amfori BSCI Code of Conduct to ensure transparency and responsible working conditions throughout the supply chain.
All products are packed and shipped from our factories using transport-optimised packaging and loading methods. This reduces volume and weight during transport and contributes to lower transport-related CO₂ emissions.
