A Closer Look: Customized DC multi-arc ion vacuum coating machine

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December 18, 2025
Brief: We show the practical steps and results so you can judge suitability quickly. This video provides a closer look at the Customized DC multi-arc ion vacuum coating machine, demonstrating its operation from vacuum system setup to arc generation and high-speed plasma deposition on various workpieces. You'll see how it creates dense, durable coatings for tools, hardware, and mechanical components with high efficiency and ease of use.
Related Product Features:
  • Simple DC arc excitation without complex auxiliary devices for low operation threshold.
  • High plasma ionization rate of 60-90% ensures strong metallurgical bond with the substrate.
  • Compatible with various pure metal and alloy targets like titanium, chromium, aluminum, and TiAl.
  • Capable of preparing functional or decorative coatings including metal films, nitrides, and carbides.
  • High deposition efficiency with rates of 10-100μm/h, 5-10 times faster than magnetron sputtering.
  • Produces dense, hard coatings with high wear and corrosion resistance, extending workpiece lifespan.
  • Easy operation with simple parameter adjustments for arc current, bias voltage, and vacuum level.
  • Wide adaptability to various substrates and workpiece shapes including tools, molds, and hardware.
Faqs:
  • What types of coatings can this machine produce?
    The machine can prepare various functional and decorative coatings including metal films, nitrides like TiN (titanium gold) and CrN (chromium nitrogen), and carbides, offering both aesthetic and protective properties for different applications.
  • How does the deposition efficiency compare to other coating technologies?
    The DC multi-arc ion vacuum coating machine offers high deposition efficiency with rates of 10-100μm/h, which is 5-10 times faster than technologies like magnetron sputtering, significantly enhancing batch production efficiency.
  • What substrates and workpiece types is this machine compatible with?
    It can handle various substrates including metals and ceramics, and can coat workpieces of different shapes and sizes such as cutting tools, hardware parts, molds, automotive components, and decorative items with good wrapping and plating properties.
  • What is the bonding strength of the coatings produced by this machine?
    The coatings form a strong metallurgical bond with the workpiece substrate due to the high plasma ionization rate of 60-90%, resulting in bonding force that far exceeds that of ordinary coating technologies.
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