H2020 project for perovskite-based lighting, wearables and fabric devices with LiFi and photovoltaic capability has started

High-Efficiency Indoor Perovskite Photovoltaics on Ultra-Thin Glass

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Flash lamp annealing: Energy-effective process for efficient annealing of large-area substrates

In cooperation with ROVAK GmbH, Fraunhofer FEP will study and further develop the Flash Lamp Annealing for large-area applications.

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Use of low-energy electrons for innovative biotechnology processes and process monitoring

Fraunhofer researchers from the Medical and Biotechnological Applications division (MBA) now intend to develop a methodology that combines biotechnology processes with low-energy electron-beam technology. Moreover, this hybrid methodology will be combined with existing FEP expertise in the area of sensor technology.

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PHABULOuS:
A new era for free-form micro-optics

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On the move into application: Optoelectronic systems on thin glass

The recently launched KODOS project (“Konfektionierter Dünnglas-Verbund für optoelektronische Systeme”, Thin Glass Composites for Optoelectronic Systems), funded by the German Federal Ministry of Education and Research, is designed to transform thin glass into finished products along the entire value chain.

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  • The EC is now boosting the impressive research activities in the field of perovskites by the PeroCUBE project, which is funded under Horizon 2020. On April 1, 2020, 14 European partners from industry and science in ten countries launched the joint project to develop new applications in the fields of lighting, photovoltaics and telecommunications. Researchers from the Fraunhofer Institute for Organic Electronics, Electron Beam and Plasma Technology FEP in Dresden are involved in the project and will contribute their expertise over the next 3,5 years.

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  • In thin-film technology, heat treatment – also referred to as annealing – is often used to selectively improve material properties of thin films, such as their crystallinity or density, and hence their electrical and optical properties. However, these are energy-intensive as well as time-intensive techniques, associated with large facility footprints. That makes their applicability for large-area substrate formats difficult or even impossible. Flash lamp annealing (FLA) offers a smart solution to this problem. In cooperation between ROVAK GmbH and the Fraunhofer Institute for Organic Electronics, Electron Beam and Plasma Technology FEP this technology has been studied and further developed for large-area applications as part of the project InnoFlash funded by the Saxony State Ministry of Economy, Labor and Transport (SMWA, project number 100349243/3698).

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  • The Fraunhofer Institute for Organic Electronics, Electron Beam and Plasma Technology FEP has been utilizing electron-beam technology for decades in the development of cleaning, sterilization, and surface-modification processes and systems. Fraunhofer researchers from the Medical and Biotechnological Applications division (MBA) now intend to develop a methodology that combines biotechnology processes with low-energy electron-beam technology. Moreover, this hybrid methodology will be combined with existing FEP expertise in the area of sensor technology. The anticipated research program will be presented at the MedtecLIVE trade show in Nuremberg, Hall 10, Booth No. 10.0.513, taking place from March 31 - April 2, 2020.

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  • / 2020

    A new era for free-form micro-optics

    Dresden / January 16, 2020

    Neuchâtel, January 16, 2020: PHABULOuS consortium is unifying Europe’s leading Companies and Research & Technology Organizations (RTOs), through the creation of a self-sustainable pilot line for the design and manufacturing of free-form micro-optical solutions. These solutions will be integrated into high added-value devices, spanning from micro displays for augmented reality, to innovative systems for professional, automotive, and transportation lighting to optical effects for luxury. The PHABULOuS consortium will synchronize its efforts to translate urgent and high-impact industrial needs into industrially relevant predictive software packages, manufacturing tools and processes, characterization methods for quality inspection and integration schemes, all necessary for the successful demonstration of this technology in pre-commercial production runs.

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  • The recently launched KODOS project (“Konfektionierter Dünnglas-Verbund für optoelektronische Systeme”, Thin Glass Composites for Optoelectronic Systems), funded by the German Federal Ministry of Education and Research, is designed to transform thin glass into finished products along the entire value chain. The companies EMDE development of light, Volkswagen and Deutsche Werkstätten Hellerau, which focus on application development, have joined forces with the technology suppliers tesa, VON ARDENNE, Flabeg, 4JET microtech, SURAGUS, and the Fraunhofer Institute for Organic Electronics, Electron Beam and Plasma Technology FEP. The aim of the consortium is to be able to offer a complete modular system of functional materials, semi-finished products, tools, and technologies for the roll-to-roll production of optoelectronic systems on thin glass.

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  • Heat pumps play a decisive role in the energy transition: Sustainably generated electricity provides heat in winter and a good climate in summer. Nowadays, heat pumps work almost exclusively on the basis of compressor technology. Compressors require harmful refrigerants, the use of which will be restricted even more by law in the future. In the Fraunhofer ElKaWe lighthouse project, six Fraunhofer Institutes are developing highly efficient electrocaloric heat pumps, which do without harmful refrigerants.

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  • Ultra-thin glass – one human hair thick – is ideally suited as a material for mass production of optical components and parts as well as for encapsulating optical and optoelectronic systems. Its production requires a completely coordinated process chain – from manufacture to functionalization. This is the goal to be accomplished by 2022 in the GLASS4FLEX joint research project.

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  • / 2019

    16 | 2019 – Rapid test to ensure high milk quality

    Dresden / November 04, 2019

    Standards of food safety and food quality have never been higher in Germany and throughout the European Union. This is especially true in the dairy industry. Yet despite such high standards, traces of impurities, pesticides and antibiotics can find their way into milk, with sometimes serious consequences for consumer health. In the EU-funded project MOLOKO, Fraunhofer researchers have teamed up with partners to develop a new optoplasmonic sensor designed to provide fast, on-site analysis of safety and quality parameters for milk. This early-warning system will bring the industry substantial savings in time and money as well as a drastic reduction in wasted product, thereby helping to improve performance along the entire supply chain.

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  • The Fraunhofer Institute for Organic Electronics, Electron Beam and Plasma Technology FEP has been developing processes and equipment for cleaning, sterilization and surface modification for decades. Within the framework of an internal funding project, the Institute has been developing a novel approach for the automated detection and inactivation of biofilms. First results will be presented at parts2clean (October 22 – 24, 2019 in Stuttgart, booth no. C31, hall 9).

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