WebbThe mechanical and wear behavior of CrN/CrAlN multilayers were improved by tailoring the experimental conditions of a hybrid magnetron sputtering process based on a high-power impulse (HiPIMS) and two direct current magnetron sputtering (dcMS) power supplies. To this end, the influence of the base layer and of the combination of Cr and CrAl ... WebbHiPIMS technology since 1998 With our cutting edge technology and extensive expertise within HiPIMS, our goal is to provide sustainable solutions for advanced materials. We use our technology to face the challenges of today and tomorrow. Ionautics consist of three divisions, HiPIMS, Nanostructures and e-CVD. Our core is the HiPIMS technology.
HiPIMS power-supply high power impulse magnetron …
WebbHigh power electronics / HiPIMS power supplies - Viesca (ES) as strategic partners Characterization of thin film properties - Access to european research center facilities. 1st proof of concept First industrial 6kW prototype (Gen 1) Generation 2 1st commercial version New Joint WebbHiPIMS power-supply high power impulse magnetron sputtering hppms Pulse puttering Plasma dc-pulse pulsed dc supply sputter thin thilm deposition source dual single planar rotatable technology super … law fathers
Kurt J. Lesker Company KJLC Integrated HIPIMS Technology
WebbAs the latest development in pulsed PVD sputtering processes, HiPIMS offers particularly corrosion-resistant and wear-resistant hard material coatings. ... Coating large areas of … Webb1 nov. 2024 · HIPIMS utilizes low duty-cycle pulses of ≤10%, which allow increasing the peak power density of pulse discharges without an overheat of the magnetron sputtering system (MSS). If the average power or electric current are kept constant, the peak power of pulse discharges is more pronounced the lower the duty cycle. WebbHIPIMS. In order to control thin film coating morphology and conformality of coverage in magnetron sputtering processes, one has to have control over the nature and energy of the arriving coating material and gas species. HIPIMS allows for such control by ionizing the sputtered target material and increasing the plasma density overall. kahkewistahaw first nation logo