First-of-a-kind robotic recycling and manufacturing solutions
Fairmat integrates the latest technology to recycle carbon composites, transforming the reclaimed carbon composite into innovative products.
Robotic Cutting Recycling
Our factory in France is home to the first Robotic Recycling that utilizes the latest technology to recycle carbon composites. This innovative system mechanically transforms reclaimed carbon composites into a new high-tech carbon composite made entirely from 100% recycled content, the Chip.
From Waste to Chip
At Fairmat, we built a closed-loop system that prevents carbon composites from ending up in landfills, recycling waste into a high-performance advanced recycled material, the Fairmat Chip.
Reclaimed Waste
Collect and sort CFRP scraps and end-of-life products
Recycled Composites
Mechanically cut waste into UD and BD Chips
Repurposed Chips
Conduct testing to analyze chip properties
Pick and Place Manufacturing
Once transformed, the chips are seamlessly integrated into our manufacturing process. Robots expertly pick the chips from cartridges and place them into various structures, producing standard laminates and semi-finished parts and products.
Our Technological Edge
Our processes are powered by several proprietary, interconnected tech pillars, including:
Material Science Innovation
Autonomous Systems
AI Integration
Advanced Factory Software
Data Loops
These components are assembled using an industrial infrastructure approach that relies on cloud computing and APIs, ensuring a process that is both flexible and scalable.
Robotic-designed layouts are at the core of our technology
The four elements of a perfect layout
CHIP TYPE, UD and/or BD
The building block of our laminates and semi-finished products.
CHIP PLACEMENT
Performed using intelligent placement algorithms with in-house software.
RESIN MATRIX
Fairmat is compatible with all types of resins, even bio-based resins.
MOLDING AND CUTTING
Identifying the right temperature, time and cutting ensures a high quality product