Diamond plates from grown synthetic HPHT diamond are a large working defect-free surface, an ideal crystal structure, a low level of dislocations and uncontrolled
impurities.

Diamond lenses from grown synthetic HPHT diamond are the highest thermal conductivity, high refractive indices, as well as outstanding mechanical properties (chemical, radiation and thermal stability)

Diamond anvils - anvils from grown synthetic HPHT diamond are studies at high pressures under
controlled shear
deformations and
lack of luminescence.

Monocrystals of the highest quality diamond using advanced HPHT diamond growth technology - an ideal structure, low level
of dislocations
and uncontrolled impurities

We produce flawless diamonds in their quality, completely identical to natural diamonds, we cut diamonds according to all physicochemical and aesthetic standards.

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

We carry diamonds for versatile tunable lasers of a new generation, showing greater power and in a larger range of wavelengths of light

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

Мы провозим алмазы для универсальных перестраиваемых лазеров нового поколения, показывающих большую мощность и в большем диапазоне длин волн света

We produce polycrystalline diamonds for active components of microwave structures: magnetrons, M-type amplifiers, backward wave lamps, klystrons, klystrodes, gyro-instruments

We produce diamonds that have a huge thermal conductivity with an insignificant electrical conductivity, which allows us to use diamond as a heat sink for high-power laser diodes.

We produce diamonds doped with boron and phosphorus and form zones of p- and n-conductivity, and also have high electron mobility, reaching
4500 cm2 / (V · s)

We produce monocrystal diamonds with a low level of dislocation, chemically resistant, with high radiation resistance and mechanical strength

We produce monocrystal diamond for use in quantum computers: low level of dislocation, large working area and
sensitive surface

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

We produce diamonds for universal data collectors (using the fluorescence method). Increased recording density and lack of structural changes.