The Fluxion Radial Arc is a practical filtered cathodic-arc source.

A great place to start is this Fluxion Presentation.


We are still going strong! Fluxion is experiencing only minimal delay in deliveries due to the Covid19 pandemic.

Breakthroughs in performance and reliability have been achieved! See Performance. We are dedicated to continuous improvement to maximize value for our customers.

Fluxion has been granted a new patent covering our Radial Arc Source: US Patent 9,624,570 (along with 6,756,596 and pending).

We are also proud to announce that we now cover 90% of our electricity usage with solar power from a large array on our roof.

A cool picture - plasma from multiple Radial Arc sources following the magnetic field lines and linking up across the chamber:

What is the Radial Arc source? 

The Fluxion Radial Arc is a practical filtered cathodic-arc source.

A novel, compact and symmetrical filter geometry eliminates macroparticles without compromising the high deposition rate or simplicity of unfiltered arc. Permanent magnets (instead of coils) produce a strong, finely-tuned magnetic field for optimum ion throughput, arc stability, cathode usage, and rate distribution. The result is high quality, fully ionized, pure diamond and metal coatings deposition at high rates from a robust tool that is easy to use for industrial as well as scientific applications.

The Radial Arc is a simple replacement for a magnetron or conventional arc source.

Metal compound films like titanium-nitride (TiN) offer extremely high adhesion, density, hardness and optimal stoichiometry. Tetrahedral amorphous carbon (ta-C "diamond") deposited using the Radial Arc source are high sp3 and many times harder than sputtered films.


The Radial Arc source in operation: a Carbon Plasma


Fluxion offers a range of solutions for your diamond or metal film coating requirements. These include sources and complete systems incorporating Radial-Arc technology and in-house coating services.  We specialize in challenging R&D applications.


Macroparticle Elimination without Compromising Performance

Pure Ion Deposition at High Rates from a Compact Source

Diamond-Like-Carbon Films Unmatchable by Other Processes

Advanced Ion PVD Process for Superior Metal and Diamond Films