Muwave develops next‑generation high‑power microwave technologies that operate across the GHz to THz spectrum, targeting critical roles such as plasma heating and current drive in fusion energy systems. The company supplies high‑power corrugated straight waveguides and offers end‑to‑end microwave system design services, from concept studies to detailed engineering, supporting applications in fusion, medical, and geothermal sectors.
Funding
Funding not disclosed
Founders
Product
Problem
Fusion reactors and other high‑energy scientific or industrial processes require precise, high‑power microwave energy to heat plasma and drive currents, but existing microwave sources and waveguide technologies often lack the power density, frequency coverage, or integration support needed for these demanding applications.
Solution
Muwave engineers next‑generation microwave components that operate across the GHz to THz spectrum and can deliver the power levels required for fusion plasma heating and current drive. The company supplies high‑power corrugated straight waveguides designed for low loss and robust performance at extreme power densities. In addition to hardware, Muwave offers end‑to‑end system design services, guiding projects from initial concept through detailed engineering, including technical assessments, specification development, and cost‑schedule estimation. Their consultancy includes design reviews and ongoing technical support to ensure seamless integration of microwave subsystems into larger experimental or industrial setups. By combining deep fusion‑device experience with new microwave innovations, Muwave enables customers to implement reliable, high‑power microwave solutions for both fusion energy research and broader scientific and industrial uses.
Features
- High‑power corrugated straight waveguide optimized for broadband operation from GHz to THz frequencies
- Capability to handle multi‑megawatt power levels with low insertion loss and high thermal resilience
- Modular “plug‑to‑plasma” interface design facilitating straightforward integration into fusion test facilities
- Full‑service system engineering covering concept definition, requirements specification, and detailed design
- Standalone technical assessments, schedule and cost estimating, and design review services
- Ongoing technical advice and support throughout the project lifecycle