Author: laure Leclercq

  • Woodoo enters construction market


    Woodoo—a French biomaterials startup transforming low-grade wood into high-performance, low-environmental impact materials—has raised funds in a round led by Lowercarbon Capital

  • the start-up that created an “augmented” wood


    The startup announced a $31 million fundraising. After the luxury and automotive industries, it will use its invention for the construction sector.

  • Alternative Materials for a decarbonised world


    Woodoo, a startup that turns wood into an alternative to leather, glass, concrete and steel, announced the closing of its first round of funding, led by Lowercarbon Capital, a multi-billion dollar Climate Tech fund.

  • Wooden biomaterials in la french tech


    The start-up, which specializes in the transformation of materials, embodies the rebound of French tech on a global scale. (in french)

  • Woodoo builds the future of wood


    Biotechnology startup Woodoo has closed a round to support their mission to unlock a new industrial age.

  • Augmented wood, an alternative for sustainable construction

    Augmented wood, an alternative for sustainable construction


    The Madera 21 association looks back at the creation of Woodoo. It presents our different families of materials and our innovative digital applications covered with augmented wood. (article in Spanish)

  • Developments of translucent wood in design and retail

    Translucent wood in design and retail


    When they are transformed, our augmented wood sheets become translucent. Their various digital applications such as JASPR, our Wooden screen Wall, and LIGHTR, our wooden wall panel, can be used for interior design and retail. Dagen Industri explains new innovations of translucent wood.

  • Our augmented wood is transformed at the molecular level to become a translucent and more resistant material.

    Augmented wood, transformed at the molecular level


    This Science & Vie article explains how our augmented wood is transformed at the molecular level to become a translucent and more resistant material. This sustainable material replaces the emissive materials traditionally used in the construction industry (article in french).