AI Manufacturing for Composties
CarbonForm combines Vision AI, automated path planning, and Physical AI to connect composite geometry with robotic production.
The system interprets the physical setup, generates manufacturable paths, and directs robotic execution.
How AI guides manufacturing
Vision AI detects the structural nodes and determines their positions within the manufacturing environment. The planning system uses the detected geometry to generate a continuous winding trajectory, while Physical AI translates that trajectory into coordinated robotic movement.
Vision, planning, and robotic control work together to turn the recognized geometry into a physical composite structure.
3DFiT: 3D Fiber Tethering
Within CarbonForm’s broader AI platform, 3DFiT enables the robotic manufacturing of continuous-fiber composite structures. Structural nodes define the geometry, while digitally planned paths guide fiber tethering between them. This mold-free approach allows different geometries to be produced without conventional mold retooling.
Speed
Winding Cycles as Short as Five Minutes
Material flexibility
Supports carbon, glass, natural, and other continuous-fiber reinforcements
Lightweight
Load-aligned fibers provide strength with less material
Geometry
Continuous fibers form true 3D structures beyond conventional layups.
The result is a fast, flexible way to build lightweight composite structures around how they need to perform.
AI Manufacturing in Practice
CarbonForm’s first application of this technology is the production of continuous-fiber composite drone frames.
