Electron Beam Evaporation Coater

This electron-beam evaporation coating system is a precision deposition instrument that operates in a high-vacuum environment. It uses a high-energy electron beam to bombard and heat the coating material, causing it to melt and vaporize before depositing as a thin film on the substrate surface. The system employs an electron gun to generate and focus an electron beam onto the target material, achieving localized high-temperature evaporation. Coupled with a robust vacuum system, it effectively prevents oxidation and contamination of the materials, making it a core piece of equipment for the fabrication of semiconductor, optical, and micro–nano devices.
This equipment is primarily used for the preparation of high-quality single- or multilayer thin films, capable of vapor-depositing a wide range of materials, including metals, oxides, and dielectrics. It finds extensive applications in the fabrication of semiconductor electrodes, conductive layers, insulating layers, anti-reflection optical coatings, protective films, as well as functional films for sensors, solar cells, and display devices, thereby meeting the demands of high-precision micro- and nano-fabrication.

Its characteristics and advantages:
1. The film layer exhibits high purity, with few impurities and no oxide inclusions under vacuum conditions;
2. The film is dense and uniform, exhibits strong adhesion, has a low defect rate, and demonstrates stable electrical and optical properties;
3. Precise film-thickness control enables nanometer-level thickness regulation with excellent repeatability;
4. It has a wide range of applicable materials and is equally suitable for high-melting-point materials;
5. It causes minimal thermal damage to the substrate, features a clean and environmentally friendly process, and is well suited for sensitive components and high-end precision coating.