Funding
Funding not disclosed
Founders
Product
Problem
Manufacturing carbon‑fiber composite parts traditionally involves manual mold design, labor‑intensive tooling, and multiple discrete steps, leading to long lead times, high tooling costs, and variability in part quality.
Solution
Automatedcomposites offers an end‑to‑end composite part production workflow that begins with intelligent software that converts a customer’s 3D CAD model into a complete set of mold components. Each mold piece is CNC‑cut from a proprietary mold material, ensuring dimensional accuracy and repeatability. The molds are then loaded with precisely metered chopped carbon fiber and resin and subjected to compression molding, producing a cured part in a single forging step. After curing, the part is automatically trimmed, polished, and, if required, undergoes secondary operations such as drilling or tapping, delivering a finished component ready for integration.
Target Audience
Primary customers are manufacturers in aerospace, automotive, high‑performance sporting goods, and industrial sectors that require low‑volume to mid‑volume carbon‑fiber components with tight tolerances and rapid turnaround.
Features
- AI‑driven mold design engine that generates all mold geometries directly from 3D CAD files
- High‑precision CNC cutting of mold components from engineered mold material
- Controlled addition of chopped carbon fiber and resin with exact weight and placement
- Compression molding (forging) that consolidates material in a single, repeatable cycle
- Automated post‑cure trimming, edge finishing, and polishing to specified surface quality
- Integrated secondary machining (drilling, tapping) performed on the finished part
- Full digital traceability of material usage, process parameters, and final part geometry