Multi Arc Ion Vacuum Coating Machine

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November 07, 2025
Brief: See how this offering can bring practical value to common tasks and projects. In this video, we demonstrate the Multi Arc Ion Plasma PVD Vacuum Coating Machine in action, showcasing its application on various substrates like stainless steel, glass, and ceramics. You'll learn how its high deposition rate and uniform plasma coverage deliver durable, corrosion-resistant finishes for tooling, automotive, and decorative industries.
Related Product Features:
  • Achieves a high deposition rate of 1-5 μm/h, ideal for large-scale production.
  • Produces extremely hard coatings up to 3000 HV, extending tool life by 3-5 times.
  • Provides uniform coverage even on complex geometries like screws and gears.
  • Offers excellent corrosion resistance for harsh environments like marine or automotive.
  • Creates various surface finishes from mirror-like metallic lusters to matte textures.
  • Available in multiple color options including gold (TiN), black (CrN), and blue (TiAlN).
  • Supports coating on various substrate materials including metals, ceramics, and hard plastics.
  • Features customizable configurations with adjustable arc sources and automated process control.
FAQs:
  • What materials can be coated using this PVD machine?
    The machine can coat a wide range of substrate materials including metals like stainless steel and aluminum, ceramics, and hard plastics, making it versatile for various industrial applications.
  • How does this machine handle complex-shaped parts?
    The plasma diffusivity of the multi-arc ion technology ensures uniform coating coverage even on complex geometries such as screws, gears, and intricate components.
  • What are the available coating color options?
    You can achieve various color finishes including gold (using TiN), black (using CrN), blue (using TiAlN), and even rainbow gradients for decorative applications.
  • What is the typical coating cycle time?
    The coating cycle time ranges from approximately 15 to 50 minutes per cycle, depending on the specific coating film layers and product requirements.
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