Desktop Single-Target Magnetron Sputtering Coating System

This product is a high-performance, compact device specifically developed to meet the desktop-level requirements for metal thin-film deposition in laboratories. With “stable film formation, compact portability, and user-friendly operation” as its core design principles, it strikes an optimal balance between research-grade precision and desktop practicality. It is ideally suited for a wide range of teaching and research applications in university, research institute, and corporate laboratories, providing stable and reliable hardware support for the preparation of various fundamental metal thin films.

Key features:

1. Stable and reliable film formation: Equipped with a desktop-grade single-target DC sputtering system, featuring a stable DC power supply and a high-precision micro vacuum control system, the sputtering process is smooth and free of fluctuations, resulting in uniform, dense films with strong adhesion and precise control over film thickness and performance consistency.
2. Desktop-Grade Compact Design: Featuring a miniaturized, integrated architecture that is small in size and space-efficient, eliminating the need for a dedicated large laboratory. It can be placed directly on a desktop for use, making it ideal for teaching demonstrations, rapid coating of small samples, and other applications.
3. Convenient and easy-to-control operation: touch-screen interface combined with preset basic coating processes simplifies the workflow, lowers the learning curve, enables quick onboarding for beginners, minimizes human error, and ensures efficient and convenient teaching demonstrations and experimental tuning.
4. Laboratory adaptation and optimization: The entire unit features a robust and durable structure, easy maintenance, and low operating noise, making it suitable for placement on various laboratory countertops and for use in teaching and research settings.
5. Wide range of applications: It can be used to fabricate various metal conductive films, electrode films, protective coatings, and more, with extensive applications in semiconductor teaching experiments, optical coating demonstrations, fundamental sensor R&D, material surface modification, and other fields.