Introduction of molecular pump pumping high vacuum multi-arc cathode coating machine
Multi-arc ion vacuum coating machine is a kind of equipment using cathode arc ion plating technology for coating, which is widely used in the field of tools, molds superhard coating, decorative coating and so on. Its working principle is based on cold cathode self-supporting arc ivotiae plasma evaporation, ionization plating material, combined with pulse bias technology to improve deposition.
Multi-arc ion vacuum coating machine has the following features:
The deposition rate is fast, the energy is high, and the metal ionization rate is high.
Simple operation, fast pumping speed, mobile workframe layout.
With automatic control system, it can produce quickly and flexibly, reducing human error.
Automatic archiving and backup to provide real-time reports and status data.
The equipment adopts multi-arc technology, that is, through the design of six-target structure of rectangular plane multi-arc target, the plating of the working interval is realized. It also has a robust cooling system with a vacuum chamber double-layer water cooling design offering strong cooling capabilities. In addition, the equipment adopts three-layer stainless steel anti-fouling board structure design, with strong anti-fouling ability.
Multi-arc ion vacuum coating machine can prepare a variety of metal compound film, such as TiN, TiCN, TiC, TiO2, TiAlN, CrN, ZrN, etc., and can be plated with a variety of colors, such as titanium, rose gold, zirconium gold, coffee color, gun black. It has a wide range of applications, including but not limited to stainless steel, water plated hardware, ceramics, glass crystal, plastic electroplated parts and other material products.
With its low operating cost and fast production cycle, the multi-arc ion vacuum coating machine ensures the high quality and high competitiveness of the industry standard. With automatic archiving and backup capabilities, it provides real-time reporting and status data to provide comprehensive monitoring and guidance for production.