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The EITRE system will be installed in the Device Cleanroom at the Center for Core Research Facilities. The EITRE system will be used in research and development work as well as for educational purposes. The order value amounts to 3.3 MSEK. The DGIST Institute started as a Research Institute and has grown into a research-oriented university DGIST is an interdisciplinary university and research institute with the aim of becoming "a world-leading convergence research university”, with targeted research areas in Emerging Materials Science...

The EITRE system has been purchased by IMDEA-Nanociencia Institute and will be installed in the Institute’s Nanofabrication Lab. The Eitre system will be used in research and development work as well as for educational purposes. The IMDEA-Nanociencia Institute is a non-profit interdisciplinary research center dedicated to the exploration of basic nanoscience and the development of applications of nanotechnology in connection with innovative industries. The Institute provide capacity for research, technological development and innovation in...

Obducat and the customer signed a contract in January 2014 concerning the supply of a Sindre 400 NIL system to be used in mass production of µPSS LEDs. In November 2014 Obducat performed the Factory Acceptance Test and received the delivery approval. The SAT, performed in August at the customers’ facility in China, has been signed. The customer is currently entering into production mode. The SAT approval is expected to strengthen our position in ongoing negotiations related to mass production projects also beyond the LED application...

The EITRE system has been purchased by Department of Electronic & Electrical Engineering at University College London. The system will be installed at the new nanoimprint lithography facility that is being set-up by the Photonic Innovations Laboratory. The EITRE system will be used in research and development work as well as for educational purposes. The Photonic Innovations Lab’s mission is to advance the fundamental understanding of light and its interaction with matter. Research themes include: clean and renewable energy generation...

The EITRE system has been purchased by the Department of Engineering at University of Cambridge and it will be installed at the laboratory facilities of Cambridge Graphene Centre. The Eitre system will be used in research and development work as well as for educational purposes within Cambridge Graphene Centre. University of Cambridge and Cambridge Graphene Centre are partners in the European Graphene flagship project (http://graphene-flagship.eu ) funded by the European Union with more than 1 billion Euro during 10 years. The Graphene flagship...

The EITRE system will be installed in the Center of Nanoscience and Nanotechnology Research at Wuhan University which is considered to be among the absolute leading universities in China. The center was founded in 2000 and focus on spearheading the development of nano materials and device research within the areas of physics, chemistry, biology, material science and medical science. The center have invested 15 million RMB in equipment which is already operational and open to external users. The plan is to create a public research platform for nano...

DSSC’s has gained an interest as a solution to BIPV application due to its unique features of a superior performance under low light condition, transparency, conformability and easy integration into the buildings. A reliable and high-quality large size DSSC panel is a prerequisite to advance the DSSC technology into the real BIPV market. Large-size DSSC panels will also greatly reduce the efficiency loss originating from the interconnection between many small solar cell panels. The project aims to develop DSSC panels with a size of 914 mm...

The EITRE system has been purchased by the Facultad de Ciencias, UNAM and it will be installed in the Microfabrication Lab of a new multidisciplinary building of the School of Science. The Eitre system will be used in research and development work of different applications based on micro and nanofabrication. The National Council for Science and Technology in Mexico, CONACyT, have provided financial support for investment in the NIL system. - “The targeted applications, in which the NIL system will be used, currently include bio-devices such...

USTC placed an order for an Eitre® 6 NIL system with Obducat in August this year. The NIL system has now been shipped to the customer. Obducat has entered into a collaboration agreement with Institute of Advanced Technology at USTC, focused on development of next generation of LED technology. The target is to further improve energy efficiency of today’s High Brightness LEDs in combination with a reduction of production cost. Obducat will support Institute of Advanced Technology with process know-how, Ni stamp manufacturing service as well...

The delivery approval represents an important milestone that confirms Obducat’s leading position and competitiveness. As the LED industry continue to increase production efficiency and quality requirements to lower overall manufacturing costs, the demand for Obducat’s NIL technology will increase as a result of the significantly higher performance level compared to optical lithography that is currently the main method being used in the LED industry today. The delivery approval is expected to give a positive boost on sales to the industry...