conducts scientific research and high-tech developments in the field of natural and technical sciences, development and production of the AVRORA DIAMOND INSPECTOR (ADI) line of devices for identification and technological use of diamonds.

A professional device for the study and automatic identification of diamonds, polished diamonds and precious minerals. Allows you to determine the type and origin of samples of both single crystals and as part of single jewelry in offline mode. The result of the operational analysis is based on fundamental spectral characteristics and is displayed on the display.

IDENTIFIES:
— Natural diamonds (including IIa type).
— Synthetic diamonds grown using HPHT and CVD methods.
— Enhanced diamonds.
— Moissanites, cubic zirconia.
— All non-diamond imitations (rhinestones, citall, etc.) are identify as "SIMULANTS".

ALLOWS TO ANALYZE:
— Individual diamonds.
— Diamonds in jewelry.
— Sample size from 0.005 ct.
— Color of the analyzed crystals from D to Z.
— The analysis time is from 5 to 25 seconds.

EASY TO USE:
— Equipped with a convenient measuring probe.
— The analysis result is shown on the display.
— Device weight less than 2,4 kg.
— The device is powered by an adapter (220/110 v).
— Compact size allows to use the device in
pawnshops, stores, gemological laboratories, business trips and negotiations.

A portable device for the study and automatic identification of diamonds, polished diamonds and other precious minerals. Allows you to determine the type and origin of both single crystals and as part of jewelry in offline mode. The result of the analysis based on the fundamental spectral characteristics of minerals is displayed on the display. The device connected to the PC provides the operator with the opportunity to independently analyze the spectral plots of photoluminescence.

IDENTIFIES:
— Natural diamonds (including IIa type).
— Synthetic diamonds grown using HPHT and CVD methods.
— Enhanced diamonds.
— Moissanites, cubic zirconia.
— All non-diamond imitations (rock crystal, citall, etc.) are identify as "SIMULANTS".

ALLOWS TO ANALYZE:
— Individual diamonds.
— Diamonds in jewelry.
— Sample size from 0.005 ct.
— Color of the analyzed crystals from D to Z.
— Spectra of colored precious minerals: tourmaline, ruby, sapphire, emerald, aquamarine, etc.
— The analysis time is from 5 to 25 seconds.

EASY TO USE:
— Equipped with a convenient measuring probe.
— The analysis result is shown on the display.
— Device weight less than 2,4 kg.
— The device is powered by an adapter (220/110 v).
— Compact size allows to use the device in
pawnshops, stores, gemological laboratories, business trips and negotiations.

Professional instrument for the analysis of luminescence plots with wide optical capabilities. The device is designed to study the luminescence plots of natural diamonds, polished diamonds, diamond plates, crystals of synthetic (CVD or HPHT), as well as imitators and precious minerals of all shapes and sizes (up to 25mm). To excite the photoluminescence of samples, three independent radiation sources are used in the device: 365, 254 and 225 nm, and the first two have adjustable intensity. The optical system of the device allows you to analyze both the entire sample as a whole and its individual areas in optical magnification. The device and software have implemented functionality for full-fledged operator work with scaling, positioning, exposure, colors and other features.

IDENTIFIES:
— Natural diamonds.
— Treated diamonds.
— Lab-grown diamonds (CVD, HPHT).
— Allows a detailed study of the luminescence pattern.
— Sizes of analyzed samples starting from 0.005 carats.
— It is possible to analyze the luminescence of other minerals.
— The luminescence pattern is displayed on the monitor screen.

Identification is performed by the operator on the monitor screen by analyzing fluorescence and phosphorescence patterns during excitation in the optical bands: LWUV, SWUV and EGUV.