News

We’ve been juggling a lot of balls at DD Technologies over the past years, but this has now reached a new dimension. Literally.
Thousands of diamond spheres have been sold in the past 10 years, which are mainly used in measurement applications. In addition to this measurement industry, the diamond spheres are used in many other products as well.

Due to increasing demand and the need to further optimize existing processes DD felt compelled to expand their capacity with its own reactor. The machine is installed in Augsburg (DE) and is the crowning glory on the intensive and pleasant cooperation between the team of Augsburg Diamond Technology (DE) and DD Technologies in Cuijk (NL).

We are proud to announce we are involved in a prestigious Clean Sky 2 project, a sub-set of Horizon 2020 which is the biggest EU Research and Innovation programme. Together with Rolls-Royce and the University of Oxford we are working on innovative diamond bearings. With this innovation, bearings would have lower friction, better temperature characteristics and a longer life due to the increased hardness capability.

Nano diamond orifices:

Black Diamond orifices:

Mono Crystalline orifices:

Mono Crystalline orifices:

Mono Crystalline Micro orifices:

Dutch Dia mond Techno logies slaagde er als eerste ter wereld in een ring te maken die helemaal uit lab-grown diamant bestaat. Het bedrijf maakte de ‘all diamond’ ring ter gelegenheid van het tienjarige bestaan. Een uniek sieraad dat de slogan van het bedrijf, ‘Diamonds, the other way around’, eer aan doet.

In the laboratory of HRD Antwerp in the diamond district, a ring was evaluated that was made entirely from a synthetic diamond. The 3,865 carat heavy jewel of the Dutch company Dutch Diamond Technologies (DD) is the first of its kind.

In the laboratory of HRD Antwerp in the diamond district, a ring was evaluated that was made entirely from a synthetic diamond. The 3,865 carat heavy jewel of the Dutch company Dutch Diamond Technologies (DD) is the first of its kind.

We are proud to announce we are involved in a prestigious Clean Sky 2 project, a sub-set of Horizon 2020 which is the biggest EU Research and Innovation programme. Together with Rolls-Royce and the University of Oxford we are working on innovative diamond bearings. With this innovation, bearings would have lower friction, better temperature characteristics and a longer life due to the increased hardness capability.

We are proud to announce we are involved in a prestigious Clean Sky 2 project, a sub-set of Horizon 2020 which is the biggest EU Research and Innovation programme. Together with Rolls-Royce and the University of Oxford we are working on innovative diamond bearings. With this innovation, bearings would have lower friction, better temperature characteristics and a longer life due to the increased hardness capability.

We are proud to announce we are involved in a prestigious Clean Sky 2 project, a sub-set of Horizon 2020 which is the biggest EU Research and Innovation programme. Together with Rolls-Royce and the University of Oxford we are working on innovative diamond bearings. With this innovation, bearings would have lower friction, better temperature characteristics and a longer life due to the increased hardness capability.

We are proud to announce we are involved in a prestigious Clean Sky 2 project, a sub-set of Horizon 2020 which is the biggest EU Research and Innovation programme. Together with Rolls-Royce and the University of Oxford we are working on innovative diamond bearings. With this innovation, bearings would have lower friction, better temperature characteristics and a longer life due to the increased hardness capability.

We are proud to announce we are involved in a prestigious Clean Sky 2 project, a sub-set of Horizon 2020 which is the biggest EU Research and Innovation programme. Together with Rolls-Royce and the University of Oxford we are working on innovative diamond bearings. With this innovation, bearings would have lower friction, better temperature characteristics and a longer life due to the increased hardness capability.

We are proud to announce we are involved in a prestigious Clean Sky 2 project, a sub-set of Horizon 2020 which is the biggest EU Research and Innovation programme. Together with Rolls-Royce and the University of Oxford we are working on innovative diamond bearings. With this innovation, bearings would have lower friction, better temperature characteristics and a longer life due to the increased hardness capability.

We are proud to announce we are involved in a prestigious Clean Sky 2 project, a sub-set of Horizon 2020 which is the biggest EU Research and Innovation programme. Together with Rolls-Royce and the University of Oxford we are working on innovative diamond bearings. With this innovation, bearings would have lower friction, better temperature characteristics and a longer life due to the increased hardness capability.

We are proud to announce we are involved in a prestigious Clean Sky 2 project, a sub-set of Horizon 2020 which is the biggest EU Research and Innovation programme. Together with Rolls-Royce and the University of Oxford we are working on innovative diamond bearings. With this innovation, bearings would have lower friction, better temperature characteristics and a longer life due to the increased hardness capability.