SET – NPS300
Optimized for the production of nanostructures, the Nano imPrinting stepper Stepper NPS300 is the first ever tool able to combine Hot Embossing and UV-NIL on a same platform. The NPS300 is able to print sub-20 nm geometries with an overlay accuracy of 250 nm, when in-situ alignment is performed. Its flexible architecture offers an excellent process reproducibility and a unique ability to pattern large areas, in a sequential step and repeat mode on wafers up to 300 mm. It enables the low cost manufacturing of large stamps featuring repeated patterns.
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Von Ardenne – PIA l nova
The PIA | nova® is a modular, highly automated coating platform for depositing metallic contact coatings, transparent conductive oxides (TCO) and various absorber coatings such as for CIGS or CdTe technology. The modul…
The PIA | nova® is a modular, highly automated coating platform for depositing metallic contact coatings, transparent conductive oxides (TCO) and various absorber coatings such as for CIGS or CdTe technology. The modular concept allows the combination of high reliability and efficiency with the unique flexibility of configuring the coater according to the requirements of the customer.
Von Ardenne – Roll to Roll Web Coating
VON ARDENNE provides tailored web coating solutions for today’s most ambitious thin-film applications on polymer films, flexible glass and metal strip. These solutions comprise coating equipment, key technology components …
VON ARDENNE provides tailored web coating solutions for today’s most ambitious thin-film applications on polymer films, flexible glass and metal strip. These solutions comprise coating equipment, key technology components and application technology. Our customers benefit from our extensive process know-how and our experience, which we have gained for more than 20 years in roll-to-roll coating, 45 years in magnetron sputtering and 60 years in electron beam technology.
Von Ardenne – XEA l nova
VON ARDENNE is the partner of choice, if you are looking for coating solutions for all current and future technologies for high-efficiency solar cells such as the heterojunction cell technology (HJT). Considerably improved contact structures compared to today’s standards are an essential feature of these cells. Another crucial aspect is the right key technology for depositing these structures on silicon wafers: Physical vapor deposition (PVD), a technology VON ARDENNE has perfected for more than 60 years. However, the potential of PVD is far from exhausted.
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