Low Waste, Design Freedom
A New Method to Create High Performance Fabrics
A New Method to Create High Performance Fabrics
Composite parts are made by molding multiple layers of fabric together. Currently, layers are cut from large sheets with predefined fiber orientations. This process restricts structural optimization, generates significant waste, and incurs substantial cost.
of Reinforcement Fabrics Wasted by Aerospace Companies[1]
Our Solution uses a pin winding technique to address limitations of traditional fabric manufacturing. A series of pins
are used to define the shape of the part.
An automated system then winds continuous fiber around pins at custom orientations to create fabrics optimized for loading scenarios.
We Created
Custom-engineered robotic systems built for precision pin winding, allowing for scalable and highly repeatable manufacturing.
Intelligent path-planning algorithms and control software that seamlessly translate complex designs into automated physical motion.
Real-world composite fabrics perfectly optimized for high-performance structural scenarios in aerospace, automotive, and beyond.
Workflow
