Strong by Form develops lightweight timber-based biocomposites using Woodflow technology, which optimizes material architecture and fiber orientation for high-performance structural applications. This technology provides a sustainable alternative to steel, aluminum, and concrete in construction and mobility, significantly reducing material waste while enhancing load-bearing capabilities.
Funding
$5.9M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
CVFounders
Product
Problem
The construction and mobility industries rely heavily on materials like steel, aluminum, and concrete, which contribute significantly to carbon emissions and material waste. Traditional construction methods often lack the ability to efficiently utilize the inherent structural properties of natural materials like wood, leading to suboptimal performance and increased material consumption.
Solution
Strong by Form offers a sustainable alternative to conventional materials by developing lightweight timber-based biocomposites using Woodflow technology. This design-to-manufacturing approach optimizes material architecture and fiber orientation to create high-performance structural components. By combining digital design, structural optimization, and additive manufacturing, Strong by Form unlocks the natural intelligence of wood, enabling the creation of freeform, stress-tailored parts that maximize performance while minimizing material usage and waste. The resulting biocomposites offer enhanced load-bearing capabilities and a reduced carbon footprint for applications in construction and mobility.
Target Audience
The primary target audience includes companies in the construction and electromobility sectors seeking sustainable, high-performance structural materials, as well as architects and designers looking for innovative cladding solutions.
Features
- Woodflow technology: A design-to-manufacturing computational platform for automated design and fabrication of wood-based composites.
- Additive manufacturing process allows for precise placement of wood composite with optimized density, fiber orientation, and thickness.
- Proprietary software integrates computational design, structural optimization, and digital fabrication.
- High-performance and sustainable biocomposites utilizing wood strands for efficient forestry resource use.
- Freeform capabilities to solve complex geometries and fuse multiple functions into a single part.
- Suitable for lightweight construction, mobility applications (chassis, seats, body parts), and interior/exterior cladding.
- W-Skin product line for natural and technological-looking spaces and exterior facades.