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FROM SCIENTIFIC DISCOVERY TO A NEW GENERATION OF DIAMONDS
FROM SCIENTIFIC DISCOVERY TO A NEW GENERATION OF DIAMONDS
For centuries, diamonds were understood as one of nature's most extraordinary creations. Their exceptional hardness, crystal structure and optical properties made them both a scientific fascination and a symbol of enduring value. As international diamond trade developed Belgium, and particularly Antwerp became an important centre for the cutting, polishing and commerce of diamonds, helping establish the foundations of the modern diamond industry.
Yet beyond the craft and commerce surrounding the natural stone, scientists remained fascinated by a fundamental question: could diamond itself be created artificially?
The idea of creating diamond artificially emerged from the desire to understand and reproduce the extraordinary conditions under which diamond forms naturally. After decades of scientific research, the first reproducible synthesis of diamond was achieved in the 1950s through High Pressure High Temperature (HPHT) technology.
HPHT reproduces the combination of pressure and temperature required for diamond growth, allowing carbon to crystallise into diamond under controlled laboratory conditions. This represented a fundamental scientific milestone: for the first time, diamond could be deliberately grown rather than obtained exclusively from geological deposits.
A second technological path emerged alongside HPHT: Chemical Vapour Deposition (CVD). Rather than reproducing extreme geological pressures, CVD grows diamond from a carbon-containing gas in a controlled environment. Carbon atoms are deposited onto a diamond substrate, progressively forming a crystalline diamond layer.
HPHT and CVD therefore represent different methods of growing diamond, but they produce the same fundamental material: crystalline carbon with the characteristic physical, chemical and optical properties of diamond.
As these technologies developed, laboratory-grown diamonds moved beyond industrial applications and into the world of gem-quality diamonds. This created a new scientific requirement: understanding how to identify, characterise and distinguish laboratory-grown diamonds from naturally formed diamonds.
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SWITZERLAND AND THE SCIENCE OF DIAMOND IDENTIFICATION
SWITZERLAND AND THE SCIENCE OF DIAMOND IDENTIFICATION
Switzerland became an important centre for advanced gemological research and diamond identification.
Institutions such as the Swiss Gemmological Institute SSEF have developed specialised scientific expertise for examining natural and laboratory-grown diamonds, including CVD-grown material. Advanced analytical techniques can reveal characteristics associated with a diamond's growth environment and history, allowing laboratories to distinguish laboratory-grown diamonds from natural diamonds and to characterise their properties.
This scientific development is essential to the modern diamond industry. As the methods of producing diamonds have evolved, so too has the science required to document, identify and verify them.
The result is an important principle: a laboratory-grown diamond is not an imitation of diamond. It is diamond produced through a different growth history - and that history can be scientifically examined.
FROM GLOBAL DIAMOND EXPERTISE TO SURAT
FROM GLOBAL DIAMOND EXPERTISE TO SURAT
The development of laboratory-grown diamonds has also become part of the continuing evolution of the international diamond industry.
Surat, India, historically recognised as one of the world's major centres for diamond cutting and polishing, has increasingly developed capabilities in laboratory-grown diamond manufacturing and processing. Its established expertise in diamond craftsmanship has created a natural connection between traditional diamond skills and emerging laboratory-grown technologies, particularly CVD.
Today, HPHT and CVD represent two established technological routes for growing laboratory-grown diamonds, while scientific institutions and gemological laboratories around the world continue to advance the methods used to examine and document them.
From the laboratories where diamond synthesis was developed, to the scientific institutions dedicated to its identification and characterisation, and to modern diamond centres such as Surat, the history of laboratory-grown diamonds is an international story of science, craftsmanship and innovation.
THE NEXT CHAPTER - MEXICO
THE NEXT CHAPTER - MEXICO
FOX Lab Grown Diamonds seeks to bring this global evolution into a new context: Mexico.
Our vision is to connect the heritage of fine jewellery with modern laboratory-grown diamond technology, placing certification, traceability, documented quality and responsible sourcing at the centre of the selection process.
The diamond has changed its journey.
Its enduring meaning has not.
Innovation does not replace tradition.
It carries it forward.
BUILDING THE FUTURE OF DIAMONDS WITH DOCUMENTATION, TRACEABILITY AND PURPOSE
For certified stones, we seek documentation that enables each diamond and its corresponding IGI report to be independently verified. Where applicable, the IGI report number is laser-inscribed on the diamond's girdle, allowing the stone and its report to be verified online.
For certified stones, we seek documentation that enables each diamond and its corresponding IGI report to be independently verified. Where applicable, the IGI report number is laser-inscribed on the diamond's girdle, allowing the stone and its report to be verified online.
The As-Grown condition is particularly important to us. At the same time, we recognise that, depending on the manufacturing process, post-growth treatment may sometimes be used to achieve very high colour and clarity grades. Where treatment has been applied, we believe it should be properly disclosed and documented.
The As-Grown condition is particularly important to us. At the same time, we recognise that, depending on the manufacturing process, post-growth treatment may sometimes be used to achieve very high colour and clarity grades. Where treatment has been applied, we believe it should be properly disclosed and documented.
We offer wholesale pricing for Master Jewellers and established jewellery houses, with quotations tailored to specifications, quantities and destination. We are pleased to provide quotations for international shipments from Mexico, with logistics preferably handled through DHL and its customs brokerage services. Commercial quotations may be prepared under FOB terms where applicable.
We offer wholesale pricing for Master Jewellers and established jewellery houses, with quotations tailored to specifications, quantities and destination. We are pleased to provide quotations for international shipments from Mexico, with logistics preferably handled through DHL and its customs brokerage services. Commercial quotations may be prepared under FOB terms where applicable.
Our objective is to establish long-term B2B relationships based on dependable sourcing, transparent documentation, verifiable quality and clear logistics
Our objective is to establish long-term B2B relationships based on dependable sourcing, transparent documentation, verifiable quality and clear logistics
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