Carbon Fibre Composite
A lightweight, high-strength material made from carbon fibre strands embedded in a resin matrix, used in high-performance orthotic and prosthetic components.
Full Definition
Carbon fibre composite is increasingly used in orthotic devices—particularly dynamic AFOs, floor-reaction orthoses, and sports orthotics—because it offers a superior strength-to-weight ratio compared with polypropylene. The material's stiffness can be precisely engineered by varying the layup pattern and resin type, allowing clinicians to tune energy return and motion control characteristics. In editorial contexts, British English usage favours 'carbon fibre' (with the 're' ending), while American English uses 'carbon fiber'; editors must apply the appropriate spelling consistently throughout a document. The term should not be shortened to 'carbon' alone in clinical or regulatory documentation, as this lacks specificity.
Usage
Usage note: Apply 'fibre' (British) or 'fiber' (American) consistently per the document's regional style. Never abbreviate to 'carbon' alone in formal documents.
In Context
- "The floor-reaction orthosis was fabricated from a unidirectional carbon fibre composite to maximise energy return during push-off." — Clinical trial methods section
- "Carbon fibre composite devices require specialist trimming tools and cannot be modified using standard heating techniques." — Orthotic service operational guideline