Cerawave Logo Image

1kW - 100kW Microwave Plasma Solutions

Through our revolutionary, patented Cerawave technology, Radom has set a record in its class for the power delivered to the plasma torch to a remarkable 100kW level.

Cerawave Ring Image
Plasma Background
Plasma Torch Image

How It Works?

  • High temperature microwave plasma with Cerawave torch technology and more efficient than conventional torches.
  • Volumetric plasma provides more efficient power management and complete burning of hazardous substances and hydrogen that can be produced in parallel.
  • Electrode-free operation allows for lower maintenance requirements and lower cost of ownership.
  • Modularity and power scalability optimal efficiency with minimal power.
Cerawave™
100 times lower losses than copper (can handle much larger current)
Conventional Copper Coil
Electrical resistance limits the amount of current before copper melts
Cerawave Technology

Request The White Paper About Cerawave Technology

Radom’s dielectric resonator plasma technology replaces bulky copper coils with a compact ceramic ring, cutting energy loss and removing the need for active cooling at low power. Operating from 10 W to 100 kW across radio and microwave frequencies, it supports both low- and atmospheric-pressure plasmas, enhancing plasma uniformity and protecting materials from damage. Discover how this breakthrough transforms plasma applications by reading our white paper.

White Paper

Radom Plasma Technology – White Paper

Electrothermal Torch Efficiency Over Full Power Range

Radom’s technology uses a pure inductive field, eliminating electrostatic shielding and allowing direct plasma chamber integration. Its toroidal design ensures stable plasma and efficient gas injection, works in high temperatures and vacuum, and uniquely achieves pure inductive coupling at microwave frequencies—perfect for high-frequency uses like electron-cyclotron resonance (ECR).

39 Patents Worldwide

This innovation powers a compact, automated system that supports multiple gases and enables precise, energy-efficient processes—ranging from semiconductor processing and advanced manufacturing to aerospace, biomedical, and chemical applications like nanoparticle synthesis, surface treatment, plasma combustion, and sterilization.

Patents Map Image

Contact Us

Ready to explore how high-power microwave plasma can revolutionize your operations? Connect with our experts. We're here to understand your unique B2B challenges and provide tailored, powerful solutions.

By clicking Submit, you agree to our Terms of Service
Thank you! We’ll be in touch.
Oops! Please try again later.