GXZ1914 Gradient color rainbow color PVD sputtering optical coating machine

GXZ1914 magnetron sputtering optical film coating machine is a kind of coating machine which uses magnetron sputtering technology to coating optical film. The thickness of the coating can be realize the real-time monitoring of the coating process, with a very high accuracy (± 3nm deviation). The coating machine can place multiple oxide cylinder targets or plane targets, and can make optical film system on the surface of glass, ceramics and other materials. The film deposited by magnetron sputtering has better compactness and hardness. At the same time, GXZ1914 magnetron sputtering optical film coating machine is equipped with a ion cleaning system, which makes the film adhesion better and the film quality better. There is no need to spray on the surface of products to protect the coating, and the process is simpler. The workpiece frame of the machine is of the public rotation mode, and the rotation diameter can be designed according to the size of the product. The control system of the machine is composed of Mitsubishi / Siemens PLC + industrial control computer / touch screen, which can monitor the operation status of all parts of the equipment and the coating status, and can choose full-automatic or manual control.

GXZ1914 magnetron sputtering optical film coating machine can be applied to glass, crystal, ceramics products, such as cosmetic packaging, perfume bottles, crystal glass craft accessories, jewelry, high-grade furniture decoration, high-grade ceramic tableware, etc. The equipment has the characteristics of high dissociation rate, high deposition rate, simple operation, simplified process and high production capacity.

GXZ1914 magnetron sputtering optical film coating machine can be used for a wide range of coating targets, such as: silicon oxide, niobium oxide, titanium, tin / TiCN / TiAlN, and other metal or oxide materials. By using the sputtering coating process, seven color optical decorative films with gradual color can be produced on the product surface.