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Additive Manufacturing Capabilities
We develop and deploy advanced additive manufacturing approaches for polymers and composites, with an emphasis on multimaterial systems, hybrid manufacturing of printed electronics, and structural performance. Capabilities span process development, material formulation, and integrated design-for-AM, enabling complex geometries, embedded electronic functionality, tailored properties, and rapid iteration from concept to functional prototype.
Multimaterial
- nScrypt 3Dn 300
Quad-head printing with micro-milling, drilling, polishing, and laser scanning capabilities. - nScrypt SuperScrypt
6-axis multi-material system with additive, subtractive, and composite fabrication options. - nScrypt Tabletop
Dual-head multi-material printer, ideal for combining thermoplastics/thermosets with printed circuitry. - Hyrel 3D 30M
Tri-head platform for experimenting with novel feedstocks.
Fused Filament Fabrication
- Fused Filament Fabrication (FFF)
12+ systems, from benchtop to industrial scale. - Roboze Argo 500
High-temperature thermoplastic and composite printing (up to 500°C).
DLP Vat Polymerization Printer
- Fortify 3D
Integrated heating and mixing system for printing of loaded polymer resins.
Ultrasonic Additive Manufacturing (UAM)
- Fabrisonic system for bonding dissimilar metals.
Why CCM?
- 50+ years of leadership in composites research
- 350+ industry partnerships worldwide, from Fortune 500 to startups
- End-to-end integration of materials, processes, and validation under one roof
- Globally recognized expertise accelerating innovation & commercialization