Curable Composites provides a robotic on‑site platform that combines automated fiber placement with an instant chemical/thermal cure, producing aerospace‑grade carbon‑fiber parts up to 24 × faster than traditional autoclave cycles. The system includes integrated ultrasonic inspection, cloud‑linked quality tracking, and a plug‑and‑play architecture that eliminates shipping, reduces inventory, and supports low‑volume, high‑precision manufacturing for aerospace and defense customers.
Funding
Funding not disclosed
Founders
Product
Problem
Manufacturers of high‑performance carbon‑fiber components face long lead times due to slow oven‑based curing cycles and reliance on overseas supply chains. These delays increase inventory costs and limit the ability to perform on‑site repairs or rapid design iterations. Consequently, aerospace and other precision‑engineered sectors struggle to meet tight program schedules.
Solution
Curable Composites delivers a robotic, on‑site curing platform that accelerates carbon‑fiber part production by up to 24 × compared with conventional autoclave processes. The system integrates automated fiber placement with an instant chemical/thermal cure cycle, enabling parts to be fabricated and inspected in a single shift. By locating production at the customer’s facility, the solution eliminates international shipping, reduces inventory, and supports real‑time design changes. The process is fully enclosed, meeting aerospace security standards while minimizing waste through near‑zero scrap. Data from each build are captured in a cloud‑linked quality dashboard, providing traceability and repeatability for certification. Customers can also purchase a turnkey manufacturing system that replicates the rapid‑cure workflow in their own production line.
Target Audience
Primary customers are aerospace OEMs, defense contractors, and high‑performance equipment manufacturers that require low‑volume, high‑precision composite parts or on‑site repair capability. The offering also serves Tier‑1 suppliers seeking to shorten lead times for critical structural components.
Features
- High‑precision robotic fiber placement with 0.1 mm positioning accuracy for complex lay‑up geometries
- Instantaneous chemical/thermal cure technology that reaches full material strength in under 30 minutes
- Aerospace‑grade carbon‑fiber laminates with 50‑70 % fiber volume, delivering superior strength‑to‑weight ratios
- Integrated non‑destructive inspection (ultrasonic C‑scan) and real‑time process monitoring for first‑article validation
- Modular, plug‑and‑play on‑site system architecture that can be installed in existing facilities without major retrofits
- Secure CAD data pipeline and API that imports STEP/IGES files directly into the manufacturing workflow
- Energy‑efficient operation with closed‑loop heat recovery and minimal volatile organic compound emissions
- End‑to‑end traceability via cloud‑hosted build logs, material batch tracking, and compliance reporting