Diamond Testing Machine FAQ | Mindron Tech
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What is a diamond detection machine?
A diamond detection machine is a specialized instrument used to identify whether a diamond is natural, lab-grown (CVD/HPHT), or synthetic simulant (e.g., Moissanite, Cubic Zirconia).
How does a diamond detection machine work?
It uses a combination of advanced optical, spectroscopic, and imaging technologies such as UV fluorescence, photoluminescence, Raman spectroscopy, or infrared absorption to analyze a diamond’s atomic and crystal structure.
Can a diamond detection machine detect both CVD and HPHT lab-grown diamonds?
Yes, modern machines are capable of detecting both types of lab-grown diamonds (Chemical Vapor Deposition - CVD, and High Pressure High Temperature - HPHT).
Is the detection 100% accurate?
While high-end machines can achieve over 95–99% accuracy, no system is absolutely 100%. Complex cases may require further analysis at advanced gemological laboratories.
What types of diamonds can it test?
Detection machines can test:
Loose stones
Mounted stones (in jewelry)
Small melee diamonds (batch scanning)
Do diamond detection machines damage the stones?
No. The process is non-destructive and safe for both loose and mounted diamonds.
Why is diamond detection important?
Because lab-grown diamonds are visually identical to natural diamonds, detection machines help protect consumer trust, brand reputation, and fair trade practices in the diamond industry.
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