Introduction to Bionic Technology
Fibionic, an Austrian deeptech startup, has secured €3 million in seed financing to further develop its nature-inspired fiber placement technology. This innovative approach aims to revolutionize the production of lightweight materials, which are crucial across various industries.
Challenges in Composite Production
Manufacturing processes, material efficiency, and automation in composite production often remain inefficient. However, fibionic addresses this challenge with its patented technology, “fibionic fiber placement” (FFP), a nature-inspired approach to precise fiber placement.
Based on bionic principles, FFP aligns fibers along actual load paths, drawing inspiration from natural structures such as dragonfly wings. According to the company, FFP enables highly efficient and sustainable production with cycle times of up to one minute per component.
Benefits of Bionic Technology
The technology enables the production of high-performance, stable components while minimizing material usage. Through this approach, fibionic aims to make lightweight engineering more economical, sustainable, and suitable for series production across industries.
With fibionic, we are taking high-performance lightweight engineering to the next level. We enable the fast, sustainable, and cost-efficient production of extremely high-performing, ultra-light products, said Elias Hirschbichler, co-founder at fibionic.
Future Developments
With the new funding, fibionic plans to expand its industrial processes and further develop its proprietary technology platform. The company also plans to grow its engineering and business development teams, advance pilot projects to full-scale production, and further develop its ecosystem across simulation, equipment, materials, licensing, and software tools.
