Equipment Matching Customization

Rotary Platform Plasma Surface Treatment Machine

AF-G40 is a bench-top rotary platform plasma treatment machine designed for circular components and regular round materials. Its rotating worktable provides stable 360-degree plasma exposure across the treatment area, helping achieve uniform surface activation for bonding, coating, printing, and assembly preparation. As part of Fari Plasma's atmospheric plasma systems range, this model is a compact configuration for parts that require controlled rotation rather than conveyor-based inline processing. For a full overview of how atmospheric plasma surface treatment works, see our technology guide.

Tech Specs

Input Voltage AC220 V
Output Power 1.5KW
Processing Height 8-12 mm
Processing Width 300 mm
Size(L*W*H) 450*400*620mm
Gas Used Air, N2(optional)
Transmission Speed 9-10 m/min

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Key Features

  • Adjustable Rotation Speed

    A speed-regulating motor and cylinder rotation mechanism allow precise speed adjustment from 1 to 5 revolutions per second for process optimization.

  • Stable Treatment Gap Control

    Maintains a controlled plasma treatment distance of 8–12 mm with flexible positioning, ensuring repeatable and reliable processing results.

  • Compact Design

    Bench-top footprint (450 × 400 × 620 mm) combined with 1.5 kW output power delivers strong performance while saving workspace.

  • Air or Nitrogen Gas Option

    Uses air as standard working gas, with optional nitrogen (N₂) to support different materials and surface treatment requirements.

  • Rotating Platform for Round Parts

    Designed for regular round materials, the rotating platform enables stable 360° plasma treatment on circular parts up to 300 mm in diameter, ensuring full surface exposure.

  • Uniform Surface Activation

    Consistent rotation speed and plasma coverage ensure uniform treatment results, supporting stable downstream manufacturing processes.

Plasma Cleaning Process

  • Plasma Generation

    Process gas is energized and converted into a reactive plasma containing ions, electrons, and radicals.

  • Plasma–Surface Interaction

    Energetic plasma species interact with surface molecules and contaminants under controlled vacuum conditions.

  • Chemical Reaction

    Reactive ions and radicals break down organic residues and surface contaminants through controlled chemical reactions.

  • Volatilization

    The reaction products are converted into volatile compounds and enter the gas phase.

  • Removal from Surface

    Gaseous by-products desorb from the surface and are evacuated, leaving a clean, activated material surface.