The system is primarily used for advanced research in materials science, including the development of high-performance electronic devices, advanced optics and photonics applications, and biomedical applications involving diamond coatings.
The High-Precision Diamond Growth System utilizes microwave plasma chemical vapor deposition (MPCVD) technology to achieve precise growth of diamond thin films.
The efficiency rate of the High-Precision Diamond Growth System ranges from 50% to 66.7%.
The starting price for the system is US$ 40,000.
The total weight of the High-Precision Diamond Growth System is 420 kg.
The system comes with a one-year warranty.
The system uses a K type thermocouple for temperature measurements.
The temperature accuracy of the High-Precision Diamond Growth System is ±1°C.
The vacuum chamber is made of robust stainless steel, ensuring durability and reliability.
Yes, the High-Precision Diamond Growth System offers customizable options to meet various specific research requirements.
The system can be delivered within 10 days after order confirmation.
Yes, the High-Precision Diamond Growth System features a user-friendly interface designed for easy operation.
The system can be used for industrial diamond production, particularly for cutting and grinding tools.
Key features include advanced microwave plasma technology, customizable options, robust stainless steel construction, quick delivery, and a user-friendly interface.
The system enables researchers to innovate in materials science by providing precise control over diamond synthesis, allowing for exploration of new applications and improving material properties.
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