High-Pressure Research

Design variants

We offer a wide selection of anvil designs, each optimized for different experimental requirements:

All designs can be fabricated in different geometries such as flat, single bevelled and double bevelled. Each anvil is custom-made with culet sizes from 500 µm to 10 µm, precision-cut in the (100) orientation, and polished to atomic smoothness for maximum performance. performance.

Our commitment to scientific integrity is reflected in the way we validate every anvil we produce. Using advanced characterization techniques such as polarized light microscopy, FTIR spectroscopy, and Raman analysis, we ensure each diamond anvil meets the highest standards of purity, crystallinity, and stress-free operation. These quality checks guarantee that our products not only perform exceptionally under high-pressure conditions but also deliver consistent and reproducible results.

Diamond Anvil Cell

The transparency of diamond to a broader EM spectrum allows optical techniques under in-situ high pressure and temperature conditions. It enables researchers and industries to study crystal structures, phase transformations, EOSs, and other thermodynamic properties of materials.

DAC finds applications in studying material transformations in geology, material properties for industrial applications, and analysing hydrocarbons and toxic wastes in energy and environmental research. Their ability to simulate high pressures and temperatures makes them indispensable across various fields, from understanding Earth’s interior to advancing manufacturing and aeronautics to facilitating nuclear research.