Wood Unleashed.
Strong by Form pioneers Woodflow®, a biomimetic technology inspired by the structural genius of trees, creating lighter, stronger, and more sustainable materials that will replace steel, concrete, and aluminum across industries. The future of infrastructure starts with nature’s blueprint.
Strong, Lightweight & Competitive
Woodflow technology
Our proprietary technology combines digital fabrication with computational design to optimize wood’s natural properties, enabling the creation of complex, high-performance components.
Woodflow
Engineered for a sustainable future




Woodflow is setting new performance standards for sustainable materials.
In construction, our carbon-negative Woodflow-core slabs are 90% lighter than concrete, outperform it in strength to weight efficiency, and remain cost-competitive at scale.
For interiors, Woodflow-skin unlocks 3D cladding forms that maintain the warmth and luxury of natural wood, creating truly unique spaces.
In mobility, we replace stamped metal and interiors with a solution 7% lighter than aluminum that slashes CO2 by 90% by unlocking wood geometries never seen before.

Woodflow-core

Woodflow-skin
One technology,
many applications
Our approach to timber engineering offers limitless adaptability. From transport to industrial design, Woodflow provides the structural freedom to innovate where geometric complexity and sustainability meet.
Vehicle manufacturing
We replace traditional materials with high-performance timber to reduce energy consumption and enable geometric freedom with partners like BMW.
Maximum weight reduction

Mass transit
Our technology enables complex, double-curved components that reduce weight, enhance passenger wellbeing, and meet the industry's stringent fire-safety standards. We have already tested this vision together with Talgo and NS.
Reduced operational energy
Sustainable interior aesthetics

Industrial design
Using the world's first stamped wood bicycle as a benchmark, we demonstrate how Woodflow replaces aluminum with complex, hollow-body geometries that optimize strength-to-weight ratios. This development help us win the most sustainable composite award at JEC World 2025.
Advanced
strength-to-weight ratio
Hollow-body
structural freedom

Special projects
Woodflow technology defies the traditional limits of wood engineering. We demonstrate that organic design can meet extreme environmental demands and complex structural requirements, proving the adaptability of our technology to any bespoke challenge.
Weather Cabin:
Up to 70% CO2 reduction

Insights from the future of sustainable design
Explore how biomimicry, driven engineering, and next-generation materials are redefining the limits of architecture, mobility, and design.
FAQs
Architecture, construction, mobility, interior design, and maritime. with ongoing pilots in facade systems, vehicle parts, and infrastructure applications.
Yes. Woodflow-skin is already market-ready and has been successfully deployed in full-scale projects. Meanwhile, Woodflow-core, our structural solution for construction, is currently at TRL 6 undergoing advanced prototyping and technological validation phases.
While traditional timber is limited by its natural grain and composites rely on carbon-heavy synthetics, Woodflow uses proprietary fiber-steering software.
Woodflow is a carbon-negative technology that optimizes natural resources. Instead of relying on solid timber, we use wood in more intelligent formats, like chips or veneers, engineered to place material only where it's needed. This 'material-light' approach minimizes waste, maximizes carbon storage, and offers a high-performance alternative to carbon-intensive materials.
Long heading is what you see here in this feature section
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Suspendisse varius enim in eros elementum tristique. Duis cursus, mi quis viverra ornare, eros dolor interdum nulla, ut commodo diam libero vitae erat. Suspendisse varius enim in eros elementum tristique. Duis cursus, mi quis viverra ornare, eros dolor interdum nulla.
Short heading goes here
Lorem ipsum dolor sit amet, consectetur adipiscing elit.
Short heading goes here
Lorem ipsum dolor sit amet, consectetur adipiscing elit.
Short heading goes here
Lorem ipsum dolor sit amet, consectetur adipiscing elit.







































