Technology
Diamond 4.0Ⓡ
Our Technology
With the unique, patented coating process electrically insulating but also electrically conductive diamond thin films can be deposited on large surfaces and arbitrarily shaped components.
Diamond 4.0Ⓡ coatings consist of almost 100% pure diamond. This means that the outstanding properties of natural diamond can be provided to the diamond thin film.
Diamond 4.0Ⓡ coatings consist of almost 100% pure diamond. This means that the outstanding properties of natural diamond can be provided to the diamond thin film.
- Crystal sizes: 5 nanometres to 10 micrometres
- Customised layer systems: mono- and multilayers
- Layer thickness freely adjustable, closed layers from 500 nm
The coatings developed for our customers can be implemented directly into the customers' production chain through our fully automated Diamant 4.0Ⓡcoating facilities.
Diamond meets industry 4.0
The result: Diamant 4.0Ⓡ coating machines
Diamond 4.0Ⓡ technology for the industrial production of
diamond coatings with customised properties for your products.
Full process control and continuous monitoring
guarantee the highest quality, reproducibility and
productivity - of individual parts, small batches or for series production.
Continuous and immediate support from the
CarbonCompetence team ensures maximum availability.
Secure your technological lead!
Secure your technological lead!
Unique selling propositions of our technology
Diamond quality
The Diamant 4.0® process enables a very high purity of the diamond coatings to be achieved. This means that the outstanding properties of diamond can be made available to the respective coated substrate.
Nanotechnology
With the CarbonCompetence technology, nanomaterials with new properties can be generated and layer systems such as multilayer or gradient layers can be customised.
With nanomaterials, very large surfaces can be generated and modified by appropriate techniques to provide “active surfaces” for various applications.
Sustainability
High growth rates with low energy consumption have increased the profitability of the diamond coating process. By reducing consumables and energy, CarbonCompetence makes a significant contribution to environmental protection.
CarbonCloud
With a unique internet tool, all process parameters of a coating process can be evaluated, processed, stored and managed via the CarbonCloud using sensor data available in real time. The condition of the coating system is continuously checked and unnecessary downtimes can be reduced.
Diamond quality
The Diamant 4.0® process enables a very high purity of the diamond coatings to be achieved. This means that the outstanding properties of diamond can be made available to the respective coated substrate.
Diamond quality
Nanotechnology
With the CarbonCompetence technology, nanomaterials with new properties can be generated and layer systems such as multilayer or gradient layers can be customised.
With nanomaterials, very large surfaces can be generated and modified by appropriate techniques to provide “active surfaces” for various applications.
Nanotechnology
Sustainability
High growth rates with low energy consumption have increased the profitability of the diamond coating process. By reducing consumables and energy, CarbonCompetence makes a significant contribution to environmental protection.
Sustainability
CarbonCloud
With a unique internet tool, all process parameters of a coating process can be evaluated, processed, stored and managed via the CarbonCloud using sensor data available in real time. The condition of the coating system is continuously checked and unnecessary downtimes can be reduced.