Atmospheric Plasma

Atmospheric Plasma Cleaner Systems

An atmospheric plasma cleaner treats surfaces at ambient pressure, with no vacuum chamber or pump-down cycle, so parts move through activation continuously. Request a configuration quote once you know which hardware format fits your layout.

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Featured Equipment

Our Atmospheric Plasma Cleaner Systems Machines

Products

Atmospheric Plasma Cleaner Systems

Quad-Nozzle Inline Plasma Surface Activation

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Atmospheric Plasma Cleaner Systems

Low-Temperature Inline Plasma Surface Treatment

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Atmospheric Plasma Cleaner Systems

Low-Temperature Inline Plasma Activation

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Atmospheric Plasma Cleaner Systems

Wide-Width Nitrogen Plasma Surface Activation

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Atmospheric Plasma Cleaner Systems

Dual-Nozzle Inline Plasma Surface Activation

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Atmospheric Plasma Cleaner Systems

Triple-Nozzle Inline Plasma Surface Activation

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Atmospheric Plasma Cleaner Systems

Low-Temperature Plasma Surface Activation

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Atmospheric Plasma Cleaner Systems

Compact Inline Plasma Surface Activation

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Atmospheric Plasma Cleaner Systems

Low-Temperature Inline Atmospheric Plasma Surface Treatment

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Atmospheric Plasma Cleaner Systems

Multi-Head Inline Plasma Surface Activation

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How Atmospheric Plasma Fits Your Line

The discharge forms in open air, not in a sealed chamber, so an atmospheric plasma cleaner runs inline instead of batch-by-batch, trading vacuum uniformity for continuous, line-speed throughput.

See How It Fits

Choose Your Configuration

Inline Conveyor

Continuous treatment for parts on a belt through a fixed zone, as in the Inline Conveyor Plasma System AC-G60.
Rotary Platform

Parts rotate under a fixed nozzle for all-around coverage, as with the Rotary Platform Plasma Cleaner AF-G40.
Dual-Nozzle

A second treatment head added to the inline path, as in Dual-Nozzle Inline Plasma Activation.
Gas Channels

Gas channels run air, nitrogen, or oxygen; match gas to material with the plasma gas selection guide.
Related Inline Formats

Related inline formats scale nozzle count and process temperature to match part width and heat sensitivity, including Quad-Nozzle and Triple-Nozzle.
More Inline Options

Further formats include Multi-Head, Compact, and Wide-Width Nitrogen.
Low-Temperature Formats

Low-temperature variants include Low-Temperature Treatment, Low-Temperature Activation, and Low-Temperature Surface Activation.
Low-Temperature Atmospheric

Also available is Low-Temperature Atmospheric, scaling nozzle count and process temperature to match part width and heat sensitivity.

QUALITY

Manufacturing & Quality Assurance

Fari has built plasma equipment in the same factory since 2011, with ISO 9001 certification since 2021, and select atmospheric models carry CE certification.

Same Factory

Plasma equipment manufactured in the same 3,000 m² factory since 2011.
ISO 9001

ISO 9001 certification held since 2021 across plasma equipment manufacturing.
CE Marked

Select atmospheric models carry CE certification.
Traceable Tests

Power output, gas flow rate and plasma discharge settings are calibrated and recorded against each serial number.

Integration

Built for Automation-Line Integration

Each format is an automation plasma line component, not a standalone bench unit. Fixtures, controls, and treatment modules match your conveyors, XYZ platforms, and rotating stations, with PLC digital I/O synchronizing the plasma head to your photocell, start/stop signal, or fault line.

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Corona vs plasma

Upgrading from Corona Treatment?

Corona treaters discharge across exposed electrodes that wear with use and can pinhole thin films at higher power, while plasma heads generate the discharge inside a controlled nozzle instead, avoiding that electrode wear. For gas options and control precision, see the corona vs plasma upgrade comparison.

Avoids electrode wear
No pinholes on thin films
Discharge contained in nozzle

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Industries

Industries Served

Atmospheric plasma treatment equipment serves Plastics & Rubber, Electronics & Semiconductors, Medical, Packaging & Printing, Automotive & Aerospace, and Energy & Optics.