Technology Development
Innovating Sustainable Architecture
How We Work
At Biomat, we follow a structured yet flexible approach to bring innovative, sustainable solutions to life. From defining the problem to delivering the final product, each stage is carefully crafted to ensure efficiency, collaboration, and environmental responsibility.
How We Innovate
We tailor each project to its unique requirements, starting by using materials as our central design tool. From there, we develop integrated solutions—exploring advanced fabrication processes such as pultrusion or Tailored Fiber Placement (TFP)—all while working with responsibly sourced natural materials. Our iterative approach ensures every outcome is both sustainable and cutting-edge.
Use Materials as a Central Design Tool
Our designs are guided by bio-based, responsibly sourced materials that shape both form and function.
Develop Integrated Solutions
We merge design, technology, and sustainability to create holistic concepts tailored to each project’s needs.
Leverage Advanced Fabrication
From pultrusion to TFP (Tailored Fiber Placement), we harness cutting-edge methods for precise, efficient production.
Embrace an Iterative Approach
Through continuous testing and refinement, we ensure each prototype evolves into a high-performance, eco-friendly final solution.
Advanced Innovations in BioMat
Pultrusion Innovations in Partnership
At Biomat, we envision and co-develop pultrusion-based solutions—transforming flax fibers and bio-resins into linear biocomposite components in collaboration with specialized fabricators. These versatile rods empower both architectural and furniture innovations—from tensegrity and shell structures to lightweight roofs and truss systems. By combining active bending properties, advanced fabrication methods, and eco-friendly materials, we deliver solutions that unite structural efficiency with aesthetic flexibility—all while maintaining our commitment to sustainability.
TFP Innovations in Partnership
At Biomat, we envision and co-develop solutions that harness the power of Tailored Fibre Placement (TFP). Using computer-guided stitching, we design processes that precisely arrange fibers along optimized paths, ensuring maximum structural efficiency while minimizing material waste. In collaboration with specialized fabrication partners, our approach merges natural fibers with advanced resins to create versatile composites. These materials are ideally suited for innovative applications—from façade systems to custom furniture and beyond—bringing together sustainability, design excellence, and cutting-edge technology.
