Plasma technology has further areas of application in industrial production in addition to plasma coating and plasma etching. Workpiece surfaces then require only modification rather than removal or coating. Cleaning:
Workpieces in metal processing previously underwent fine cleaning using CFCs. An alternative for surface cleaning is to use the extremely high reactivity of a gas excited in plasma. Organic residues, for example, can be fully removed using oxygen. Surface activation:
Plasma treatment can chemically modify the inert surface of a workpiece so that color coatings adhere without needing a special primer. This process is particularly practical for the diversity of plastic component designs. Plasma diffusion:
Steel workpiece surfaces often require hardening and corrosion protection. This can be achieved in the plasma simply by nitriding, boriding, or carburizing.
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![Image of the MF plasma generators](/filestorage/TRUMPF_Master/_processed_/6/8/csm_Technology-picture-MF-plasma-generator_2_2de3b328c5.jpg)
MF Plasma Excitation
MF plasma excitation from TRUMPF Hüttinger is mainly used in dual-cathode systems, for example for dual magnetron sputtering.
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DC Pulsed Plasma Excitation
DC pulsed plasma excitation from TRUMPF Hüttinger is ideal for use in numerous reactive processes.
![DC Plasma Excitation technology](/filestorage/TRUMPF_Master/_processed_/a/a/csm_Technology-picture-DC-plasma-generator_55b8e97c38.jpg)
DC Plasma Excitation
Direct current generators from TRUMPF Hüttinger are classics when it comes to DC plasma excitation.
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