Lab-grown Diamonds

ompletely identical to natural diamonds - "grown" inside the laboratory using advanced HPHT technologies, which reproduce the natural process of creating natural diamonds. The result is an artificial diamond that is chemically, physically and optically identical to diamonds mined from the depths of the earth.

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We produce flawless diamonds, fully identical to natural, limit diamonds in all physicochemical and and aesthetic regulations.

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We produce unique diamond plates of type IIA large sizes, without losing the unique properties of the diamond required in the optical industry

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We produce diamonds for universal rebuilt lasers of a new generation, showing greater power and in the larger range of light wavelengths.

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We produce diamonds with the necessary properties for use in the electro-chemical industry, in particular doped with impurities from boron and phosphorus

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We produce diamonds for universal rebuilt lasers of a new generation, showing greater power and in the larger range of light wavelengths.

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We produce polycrystalline diamonds for the active components of the microwave structures: Magnetron, M-type amplifiers, lamps of the running and reverse wave, clusterone, clusportion, hypritis

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We produce diamonds with a huge thermal conductivity with minor electrical conductivity, which allows the use of diamond as a heat sink for powerful laser diodes.

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We produce diamonds doped with boron and phosphorus and form zones of p- and n-conductivity, as well as possess high mobility of electrons reaching 4500 cm2 / (in · c)

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We produce single-crystal diamonds with low dislocation, chemically stable, with high radiation resistance and mechanical strength

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We produce single-crystal diamonds for use in quantum computers: low deployment levels, large working area and sensitive surface

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We produce diamond blades for microsurgical scalpels, characterized by the highest quality sharpening and by using thermochemical processing

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We produce  diamonds for universal storage devices (by fluorescence method). Increased recording density and lack of structural changes.

DIAMOND ORDER FORM

Laboratory-grown diamonds are completely identical to natural diamonds, certified in our laboratory, which can become the heart of your jewelry or serve as the central link for your technological solution. We can create for you an individual diamond that has the characteristics, color and clarity indicators that you need exactly in the volumes you need.

PARTNERSHIP

We are always interested in expanding our partner network, and if you are interested in individual projects based on our advanced technologies for growing nitrogen-free single crystals of diamond to the highest quality standards, surpassing natural diamonds in size and characteristics, you can always contact us about the possibility of partnership and cooperation.

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