PECVD Chemical Vapor Deposition System

This product is a high-performance instrument specifically designed for research experiments and the development of precision thin-film fabrication. With “uniform film deposition, controllable process parameters, and broad compatibility” as its core positioning, it balances research-grade precision with ease of operation, making it ideally suited for university laboratories, research institutes, and corporate R&D departments. It provides stable and reliable hardware support for the precise preparation of various functional thin films, thereby advancing research and small-batch production in fields such as materials science, semiconductors, and optoelectronics.

Key features:

1. Core Process Advantages: This process employs plasma-enhanced chemical vapor deposition, in which plasma activates the reaction gases to enable low-temperature, rapid film formation. Compared with conventional CVD equipment, it significantly reduces the deposition temperature, thereby preventing substrate damage while ensuring high film density, strong adhesion, and uniform composition. Moreover, it allows precise control over film thickness and performance.
2. Flexible and controllable process: Supports adjustable mixing ratios of various reactive gases (such as silane, ammonia, methane, etc.), enabling the customization of functional thin films with varying compositions and thicknesses (e.g., silicon oxide, silicon nitride, diamond-like carbon films), thereby meeting the diverse experimental and production needs in fields such as semiconductors, optoelectronics, and new energy.
3. Convenient and Intelligent Operation: Equipped with a high-definition touch-control interface, the system comes preloaded with multiple sets of standard process parameters and supports the storage and recall of process curves, making operation simple and intuitive—even beginners can quickly get up to speed. In addition, it features a precise vacuum control system and a gas-flow regulation module, which minimize human error and ensure excellent experimental reproducibility.
4. Highly adaptable for laboratory use: modular, compact design with a moderate footprint that optimizes space utilization, low operating noise, and easy maintenance; robust overall structure that is corrosion- and high-temperature resistant, ensuring long-term stable operation, making it suitable for laboratory research, teaching demonstrations, and small-batch precision preparation applications.