Applications
Diamond 4.0Ⓡ coating
Tribology
In total, about 23 % of the world’s total energy consumption is caused by tribological contacts,
20 % for overcoming friction.
Wear protection
The selection of the right cutting tool, the tool geometry and the customized surface determine the quality of the end product. Diamond 4.0® coating systems can provide a decisive advantage.
Elektronics/Sensors
Diamond has become the transducer material of choice for an emerging new generation of micro- and nanoelectromechanical systems (MEMS/NEMS), bio-sensors and biomedical applications.
Implantology
Nanocrystalline diamond layers improve the healing (osseointegration) of bone implants (dental, orthopaedic) compared to materials such as titanium or ceramics.
Information technology
The rapid development of 5G mobile networks and the Internet of Things is directly linked to miniature sensors and actuators with low power consumption and low cost.
Innovation of tomorrow
Diamond thin films are highly attractive materials for many novel applications. The combination of mechanical robustness and semiconductivity makes them promising candidates such as for solar
Tribology
In total, about 23 % of the world’s total energy consumption is caused by tribological contacts,
20 % for overcoming friction.
Wear protection
The selection of the right cutting tool, the tool geometry and the customized surface determine the quality of the end product. Diamond 4.0® coating systems can provide a decisive advantage.
Elektronics/Sensors
Diamond has become the transducer material of choice for an emerging new generation of micro- and nanoelectromechanical systems (MEMS/NEMS), bio-sensors and biomedical applications.
Implantology
Nanocrystalline diamond layers improve the healing (osseointegration) of bone implants (dental, orthopaedic) compared to materials such as titanium or ceramics.
Information technology
The rapid development of 5G mobile networks and the Internet of Things is directly linked to miniature sensors and actuators with low power consumption and low cost.
Innovation of tomorrow
Diamond thin films are highly attractive materials for many novel applications. The combination of mechanical robustness and semiconductivity makes them promising candidates such as for solar
Tribology
In total, about 23 % of the world’s total energy consumption is caused by tribological contacts,
20 % for overcoming friction.
Wear protection
The selection of the right cutting tool, the tool geometry and the customized surface determine the quality of the end product. Diamond 4.0® coating systems can provide a decisive advantage.
Elektronics/Sensors
Diamond has become the transducer material of choice for an emerging new generation of micro- and nanoelectromechanical systems (MEMS/NEMS), bio-sensors and biomedical applications.
Implantology
Nanocrystalline diamond layers improve the healing (osseointegration) of bone implants (dental, orthopaedic) compared to materials such as titanium or ceramics.
Information technology
The rapid development of 5G mobile networks and the Internet of Things is directly linked to miniature sensors and actuators with low power consumption and low cost.
Innovation of tomorrow
Diamond thin films are highly attractive materials for many novel applications. The combination of mechanical robustness and semiconductivity makes them promising candidates such as for solar
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