Oxford Sigma joins CATF MatDB4Fusion Steering Committee to Guide Global Fusion Materials Data
Oxford Sigma joins global leadership effort to advance fusion materials data through CATF MatDB4Fusion Steering Committee
Oxford Sigma joins global leadership effort to advance fusion materials data through CATF MatDB4Fusion Steering Committee
Oxford Sigma has commissioned in-house manufacturing capabilities for advanced materials, enabling rapid iteration, scale-up, and supply.
Oxford Sigma, in partnership with the Rockwood Group, is delivering a Sub Scale Model Coil for UK Fusion Energy that will enable critical magnet testing for STEP and enable delivery of the first STEP technical milestone of the UK Fusion Strategy in 2026.
Through collaborative R&D, UKFE and Oxford Sigma are progressing UK manufacturing capability for hydrogen isotope exchange materials critical to future fusion fuel cycles.
A newly published paper highlights practical, high‑TRL engineering solutions for managing extreme heat loads in future fusion power plants.
Oxford Sigma’s CEO, Dr Thomas Davis, led the Division 4 Workshop at May 2026 ASME Code Week, advancing a consensus driven framework that is shaping how fusion power plants will be engineered and constructed under BPVC.