Induction-based plasma systems
Inductively coupled plasma (ICP) systems use a coil-generated alternating magnetic field to sustain a plasma. Like any induction process, their performance depends on coil design and on how the magnetic field is shaped and contained. Those are Fluxtrol’s core competencies.
We do not currently publish ICP case studies or technical papers. Rather than speculate, this page describes how we would approach a plasma project and invites a conversation.
Where Fluxtrol’s capabilities apply
- Coil design and engineering. Fluxtrol designs and manufactures induction coils for complex heat treating, melting and welding processes. See coil design and engineering .
- Electromagnetic and thermal simulation. Models predict field and temperature behavior before hardware is built. See computer simulation .
- Magnetic flux control. Soft magnetic composites concentrate or shield the field, with benefits that depend on frequency, geometry and cooling. See soft magnetic composites .
- R&D collaboration. Fluxtrol works with customers on emerging technologies. See R&D for emerging technologies .
Have an ICP or induction plasma project? Describe your frequency range, power level and goals, and our engineers will tell you honestly whether and how we can help. Talk to our engineers →
What to bring to the first conversation
A short brief lets our engineers judge whether Fluxtrol can add value:
- The plasma application and the gas or material involved
- Operating frequency and power range
- The coil geometry and the space available around it
- Cooling method and any enclosure or chamber constraints
- What is limiting performance today, such as efficiency, stray fields or coil life
We will say plainly what we can model, design or prototype, and where a project falls outside our experience.
Next steps
Contact Fluxtrol to discuss your inductively coupled plasma system, or review our R&D services .
Frequently asked questions
Does Fluxtrol design coils for inductively coupled plasma?
Fluxtrol designs and builds induction coils and models electromagnetic and thermal behavior for a wide range of processes. ICP is an induction-based process, and our engineers are available to discuss specific plasma projects. Published case studies for ICP are not available on this site, so please contact us with your system requirements.
How can magnetic flux control help an induction-based system?
Magnetic flux controllers made of soft magnetic composites concentrate or redirect the field generated by a coil, which can raise efficiency and shield nearby components. Whether that benefits a given plasma system depends on its frequency, geometry and cooling, so it requires engineering evaluation.
What engineering services does Fluxtrol offer?
Fluxtrol offers induction coil design and engineering, computer simulation, prototyping and validation, custom magnetic flux controllers, and R&D services including modeling, optimization and consulting on magnetic flux control. These can be combined for projects that involve a new or unusual induction process.