EcoDiamond for Tech

EcoDiamond GmbH is the global leader in the technology of obtaining large human-made diamond crystals at high pressures and temperatures, and in the production of unique high-pressure equipment. By owning the technology of creating a diamond and the technology of manufacturing the whole set of necessary equipment – including the complete package of constructional and technological documentation and logistics of production – our company provides the fastest and most beautiful diamond creation for any customers’ request. No other company can make custom diamonds as beautiful as ours, let alone deliver them as quickly as we do. Additionally, EcoDiamond conducts research and development towards increase in the size of the obtained diamond crystals possessing the highest structural quality and preset properties. The synergies between two key components – technology and equipment – lies on the basis of continuous effective development of EcoDiamond.

A diamond is wide bandgap semiconductor, which allows to achieve new devices with greater power density and energy efficiency. Due it highest thermal conductivity and high carrier mobility it occupies a special place among the other high demanded wide bandgap semiconductors, such as silicon carbide (SiC), gallium nitride (GaN), other nitrides from the group V in periodic table and their triple compounds. A diamond also has a unique role between optical, acoustic materials, radiation detectors, electronic emitters, materials for quantum applications, and other types of high-tech materials associated with a combination of exceptional and extreme physical properties that can only be found in diamonds.

Such a unique combination of extreme properties is a consequence of the nature and crystalline structure of the diamond, which herewith make diamond one of the most difficult technological materials. That is why, despite the enormous high-tech potential that diamonds naturally have, the diamond enters these niches so slowly and with such difficulty. For example: the first step of proving diamond’s potential to influential electronics corporations is already difficult. To impress investors, one must prove the necessity of obtaining high crystalline quality single-crystal diamonds up to two inches in size as a first step. Without this, it is nearly impossible to get the necessary level of financial backing in order to develop the scientific field. This diamond substrate size will allow to use technological converters in the electronics industry, which will open fundamentally new opportunities for the development of diamond electronic structures. Diamonds need to be grown in near-equilibrium conditions – that is, at high pressures & temperatures that create the thermodynamic stability that mimics nature. By using a multi-stage approach, EcoDiamond solves the technological task of cultivation of such diamonds, creating economically viable technology.

EcoDiamond offers products from grown diamonds under the new brand EcoDiamond®, symbolizing the birth of diamonds in conditions similar to natural deep in the hidden caves of the earth – but, at the same time, our diamonds never mistreat the ecology of our planet, nor do they destroy people’s lives, on the way to the consumer.

One of EcoDiamond GmbH’s priorities is to promote in high-tech markets, as for now the following areas are featured:

EcoDiamond® for high-tech market:

EcoDiamond® substrates and elements are the ultimate choice for developing high-power and high-frequency electronics (Schottky diodes, p-i-n diodes, lateral MOSFET devices), radiation detectors, field and thermionic emitters for power converters, Raman lasers, nanostructures for quantum sensors, and quantum communication.
EcoDiamond® reveals unique properties of diamond-based structures with other wide bandgap and ultra wide bandgap semiconductors, such as GaN, AlN, and cBN.

Single crystal EcoDiamond® substrates for homoepitaxial CVD diamond growth. EcoDiamond® substrates can be fully customized for our clients. This includes their impurity content, concentration, and crystallographic orientation for specific application to the CVD diamond. Nitrogen concentration in the electrically non-conductive substrates can be modified in the range from less than 0.1 ppm up to 300 ppm. Boron concentration in the semiconducting substrates can be modified from 1 ppm to 1000 ppm.

Due to the highest structural quality, EcoDiamond® is the best material to manufacture elements of X-ray optics (prisms, lenses, monochromators, and splitters) for the third and fourth X-ray sources generators in synchrotron factories.

EcoDiamond® anvils can be used in materials research under ultrahigh pressure.

EcoDiamond® can be used in special precision tools like microsurgical scalpels, microtomes, precision cutters, etc. that would revolutionize the dentistry, surgery, and even the 3D-printing industries (nozzles).

Take A Look At Our Other Products

EcoDiamond for tech

As science rapidly advances, diamond and tech’s relationship evolves stronger by the day. Typically, one visualizes diamonds as the ultimate piece of luxury, but the actual functionality of the element is far more than just its looks. There is a reason why tech industries are starting to entertain the idea of diamond becoming the next super-material. Ultimately, it will become exactly that and even more. Now with the possibility of laboratory-grown diamonds, the dream is no longer just a dream; some say that there will be a time when we will use this super-material for mass production manufacturing – of prisms, lasers, lenses, precision cutters, and much more. We say the time is now.

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EcoDiamond for Jewellery

Historically, the diamond has been the centrepiece of complete luxury – we are not here to challenge that. We simply see possibilities of expanding and perfecting their creation. EcoDiamond provides state-of-the-art luxury diamonds made just for you, unique and ethically beautiful. The possibilities are endless. Most importantly, each gem is made with a specific purpose for a special someone. No more getting only what you can afford to get – the sustainable manufacturing process of laboratory grown diamonds provides a variety of options on how to make your piece truly unique. Your desire, your vision, and even your own special words can now be engraved in the gem from the first step of the creation. That is what we call transcendent luxury, that completely shifts the paradigm.

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EcoDiamond Technology

We would never hide our innovations behind locked doors. We believe the only way to make diamond manufacturing a household concept is to provide everyone a chance to participate in the revolution. No more will blood be shed and the earth’s resources be diminished – we have found the greatest way to acquire this super-material. Our technology is on the precipice of greatness; we experience constant advancement and are pleased to be able to share it with the world of science and biotech. It takes a few scientists to develop a massive breakthrough, but it takes a cultural revolution to make a real change. Shifting the paradigm is not easy, but together we can change the world forever.

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Infinite Diamonds

In our fast-paced modern world, our objects are haunted by planned obsolescence. Companies design appliances like TVs and toasters to be discarded and replaced over only a few years. Likewise, we do not own many mementos that commemorate the most important moments in our lives; we rarely have something to remember them by. One of our core missions is to help cherish the moments worth keeping, to give everyone a chance to encapsulate their moments of joy. EcoDiamond Infinite Diamonds® are one of a kind – made for a purpose, and made just for you. With the futuristic power of laboratory-growing technology, we are able to produce unique diamonds that can fundamentally encapsulate something irreplaceable: your warmest memories.

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EcoDiamond Infinite Graphite™

The soul of diamond creation lies within the source. The process of growing a diamond is done using HPHT method and the core element of this cycle is based on the recrystallization of carbon source. Carbon atoms from one form are rearranged into a different order, thus creating one of the most magnificent materials on the planet. Any organic substrate is thermally processed and can serve as a source in order form a crystal structure of a diamond. Obtaining of graphite from biomaterials at EcoDiamond is carried out under one roof to ensure not only vast quality control, but also reduces the overall production time of the diamond, as well as allowing the customization of the experience from the very beginning to each customer.

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