About Diamicore
Diamicore is a specialised marketplace built to bridge the gap between technology-grade grown diamond (TGGD) and advanced technology applications across the world’s most demanding industries.
Origin & growth
Diamicore emerges from the Diamicore consortium, a collaborative body advancing the adoption of lab-grown diamond in advanced technology across global supply chains.
Our platform supports the procurement of technology-grade grown diamond specifically for technical hardware and high-performance applications, where diamond’s extraordinary properties are a necessity, not a luxury.
Beyond raw material, the marketplace connects equipment, tooling, post-growth processing, testing, certification and education across the complete supply chain, as well as the components and sub-components built with diamond, such as semiconductors.
Direct procurement of verified technology-grade grown diamond for use in multiple technologies.
Independent testing and certification across the full supply chain.
Diamond material, equipment, components, sub-assemblies, processing, testing and more.
Ongoing research and publishing on how technology-grade grown diamond is used in industry.
Meet the founders
Decades of experience in diamond, technology markets and research, focused on one goal: getting technology-grade grown diamond into the products that need it.
Co-founder
“Our work at Diamicore is bringing together the world’s premier diamond growers and the leading companies in the global scientific and technology sectors to develop an ecosystem that will nurture unprecedented research, innovation and commercial success.”
Co-founder
“I come to Diamicore with a background in research, industry intelligence, strategic analysis of market growth, product development, trends and ESG governance.”
Why diamond
Engineers and scientists in aerospace, defense, high-power electronics, laser systems, medical devices, microwave, photonics, quantum sensing and semiconductors are working with, exploring and testing diamond material to solve their most difficult challenges.