PVD Coating Machine for Stainless Steel Hardware, Magnetron Sputtering Vacuum Coating Machine

Features of PVD Coating Machine for Stainless Steel Hardware:

High-efficiency magnetron sputtering deposition structure: Utilizing optimized magnetic field distribution and highly stable target components, it forms higher-density plasma, improving film density, adhesion, and corrosion resistance, suitable for high-requirement stainless steel and hardware surface treatments.

Precision coating control: The cavity design enhances uniformity control. Through precise airflow adjustment and a low-pressure deposition environment, it achieves more consistent film thickness and color on complex geometric hardware parts.

Multi-process linked programmed control: Supports programmable combinations of pre-cleaning, plasma activation, sputtering deposition, and reactive coating. Independent process files can be set according to different hardware materials and stainless steel, enabling rapid switching and consistent repeatability.

High-load rotation system: Employing a multi-axis rotation and variable speed structure, it maintains the optimal angle for batches of hardware parts during deposition, improving the consistency and output efficiency of high-volume coatings.

Customization support: Supports metal targets, alloy targets, multi-target combinations, and reactive gas processes such as nitriding, carbide, and oxidation, enabling the deposition of various functional and decorative films.

Multi-material compatibility: Adjustable bias, controllable deposition energy, and ion activation enable compatible coating on various metal materials such as stainless steel, zinc alloy, copper, and aluminum alloy, improving film adhesion.

High efficiency and durability: Efficient cooling, optimized power stability, and long-life vacuum components support long-term continuous operation, reducing maintenance while maintaining a balance between deposition efficiency and energy consumption.