Frequently Asked Questions

MPCVD systems can produce high-purity lab-grown diamonds, including gem-grade diamonds used in jewelry as well as industrial-grade diamonds used in cutting tools, electronics, and advanced scientific applications.

In the MPCVD process, a diamond seed is placed in a vacuum chamber where a mixture of hydrogen and methane gases is introduced. Microwave energy generates plasma that breaks down methane molecules, allowing carbon atoms to deposit layer by layer onto the seed, resulting in diamond growth.

The growth time depends on the desired size and quality of the diamond. Typically, diamond growth may take several days to several weeks depending on the growth rate and process parameters.

The MPCVD process primarily uses a mixture of hydrogen and methane gases. Hydrogen helps stabilize the diamond structure while methane provides the carbon atoms required for diamond formation.

Yes. MPCVD systems can be customized based on chamber size, production capacity, automation level, and specific research or manufacturing requirements.

Operating an MPCVD system requires basic technical knowledge of vacuum systems, gas control, and process monitoring. Supreme Diamond Technologies provides training and operational guidance to ensure smooth machine operation.

Yes. Many universities and research institutions use MPCVD systems for material science research, semiconductor studies, and advanced diamond-based technology development.