Addyx develops and integrates additive manufacturing technologies for advanced composite materials, enabling the design and production of high‑performance carbon components.
Funding
Funding not disclosed
Founders
Product
Problem
Addyx addresses the limited ability of traditional composite manufacturing methods to produce complex, high‑performance carbon components efficiently. Conventional lamination processes are time‑consuming, generate significant material waste, and struggle with intricate geometries required in aerospace, motorsport, and industrial applications.
Solution
Addyx integrates large‑format FDM additive manufacturing within a cleanroom environment to print advanced technopolymers such as PEEK‑CF, PPS‑CF, and PA6‑CF. By leveraging proprietary process controls, the system reduces lamination time by up to 30% and scrap by 15% while maintaining high thermal resistance and dimensional tolerance. The company also offers custom material development, rapid prototyping, and low‑impact polymer options, enabling designers to create complex carbon parts that would be difficult or impossible with conventional tooling. Addyx supports end‑to‑end workflow from design assistance to small‑batch production, delivering finished components with selectable surface finishes (RAW, SMOOTH, SMOOTH EXTRA).
Target Audience
Primary customers are OEMs and engineering teams in aerospace, motorsport, and high‑performance industrial sectors that require complex carbon‑fiber components with reduced lead times and material waste.
Features
- Large‑format FDM printers operating in a dedicated cleanroom for high‑purity technopolymer deposition
- Capability to process high‑temperature, carbon‑filled polymers (PEEK‑CF, PPS‑CF, PPS‑GF, PA6‑CF) with >180 °C thermal resistance
- Process efficiencies: 30 % reduction in lamination time and 15 % reduction in material waste
- Adjustable surface finish options (RAW, SMOOTH, SMOOTH EXTRA) for tailored post‑processing
- Integrated material R&D allowing development of new high‑performance composites and low‑impact polymers
- Support for embedding localized reinforcements and inserts without additional tooling
- Flexible production services ranging from design support and testing to rapid prototyping and low‑volume manufacturing