FAMES Pilot Line’s Post

📢 PULSATE project is arriving to its end and in June we will celebrate its final event❗ ⚠ Save the date: June 18th & 19th 📍 In Brussels PULSATE project is coming to an end after 4 years of dedication trying to foster the development and implementation of #laser #systems and laser based #processes within the European #industry. The consortium is now preparing the project’s final event in Brussels on 18th and 19th of June, where project’s results, #SME’s success stories and current trends in #innovation around lasers in #manufacturing will be presented. ✅ The main objective of this event is to create space for sharing ideas, and leads for potential future cooperation and collaboration with a focus on using the benefits of laser-based advanced and #additivemanufacturing in the industry.  💪 👉 Join us in June and dive into this #H2020 initiative coordinated by AIMEN❗ #aimenresearch #EUresearch #laserbasedmanufacturing #event #pulsate #pulsateproject PULSATE Consortium: Commissariat a l'Energie Atomique et aux Energies Alternatives, clesgo, EPIC - EUROPEAN PHOTONICS INDUSTRY CONSORTIUM, Fraunhofer IWS, FundingBox, Center for Physical Sciences and Technology (FTMC), MTC - Manufacturing Technology Centre, SINTEF and #aimenct.

It's not because a company is about to exit our portfolio that we no longer follow its glorious flight. In the process of being acquired by Merck, the Montbonnot-based leader in chips metrology and inspection, UnitySC has just unveiled its future production facility, to be opened in 2026, a stone's throw from the existing buildings. 🔜 A four-fold increase in the manufacturing of those complex controlling equipment, vital to the semiconductor industry. 🔜 An additional 100 new jobs. 🔜 An exemplary building (wood structure, straw insulation, recycled metal cladding, solar powered) 🔜 A significant financial support from the France 2030 governmental initiative. When growth is well balanced, it's a beautiful thing indeed. Read more 👉🏼 https://lnkd.in/evGaE-Dj #chips #semiconductor #inspection #metrology #chipmaking #manufacturing #microelectronics #EUchipsact #frenchfab #scaleup #privateequity #deeptech #leed #hbm #gpu #llm #compound Bpifrance Marc Ferracci La French Fab Le Grésivaudan - Communauté de communes D&Consultants Eloi Delorme Dominique Carlac'h Sébastien Montusclat Pierre Garnier

Interesting topic to work on as biodegradable platics need also biodegradable #RFID #NFC chips and PRINTED labels in the food and health industry … we work on it with our engineering and test solutions #CISC #addingtrust #connectedworld

💡 Our latest breakthrough in the #IDEEL project isn't just dry science – it's twice as fast and twice as efficient! With innovative laser technology, the project partners were able to cut drying times for lithium-ion battery components by over 60%, significantly reducing energy consumption. 🔋 The researchers in the consortium have demonstrated clear advantages in terms of coating speeds while reducing space requirements significantly. These advancements promise industry-scale implementation of eco-friendly and cost-effective solutions! Read more about our achievements in transforming battery production and dive into the details: https://lnkd.in/e5uxf-i2 🔗 Stay tuned for more developments in the future! Coatema Coating Machinery GmbH | Optris | Fraunhofer ILT | Fraunhofer-Einrichtung Forschungsfertigung Batteriezelle FFB | MEET Battery Research Center | PEM RWTH Aachen University #LaserDrying #DiodeLaser #BatteryDrying #Battery #Innovation #Laser #LaserTechnology #Photonics #Sustainability #SustainableResources #Laserline

From our Photonics Frontiers series: A silicon-nitride-based photonics platform set up by imec is opening up visible light applications for photonic integrated circuit (PIC) technology in the life sciences and medical fields. According to imec fellow of Life Science Technologies, Pol Van Dorpe, the technology within the SiN platform – the material system, manufacturing methodology and tools – has existed for a while, but the creation of commercial manufacturing capacity has been motivated by an increasing demand for photonic integration in life sciences. https://lnkd.in/erQ4SzDH

🚀 Join Tech-X at IVEC2024 in Monterey! 🚀 Tech-X is thrilled to invite you to the International Vacuum Electronics Conference (IVEC2024), which will be held April 22-25, 2024, in the beautiful city of Monterey, California. We'll connect with industry professionals through a series of dynamic workshops and informative sessions. 📍 Meet Us at Table #20! Discuss your challenges and needs with our experts. Grab a 30-day evaluation of VSim, our cutting-edge simulation software designed to elevate your research. 🔍 Workshop Details: Morning Session Time: 10:40 AM - 12:20 PM Location: San Carlos 1 Start your day with us for an engaging introduction to Tech-X and VSim. The session will include examples demonstrating the practical applications of VSim in vacuum electronics. Evening Session Time: 7:00 PM - 10:00 PM Location: San Carlos 1 Join our VSim workshop and open forum. This session is designed for both advanced users to delve deeper and newcomers to explore the capabilities of VSim. Engage with our team, share your experiences, and learn from peers. 📊 Presentations to Watch: VSim Poster: P-6.10 presented by Ming-Chieh Lin, focusing on Integration of the Magnetic Circuits for Magnetrons Using New Magnetostatic Solvers in VSim. VSim Paper: 6.4 by Ming-Chieh Lin, discussing an Electron Beam Manipulated by Laguerre-Gaussian Modes. 📢 Call for Participation: We encourage all VSim users attending IVEC to showcase their work at the VSim Forum. It's a fantastic platform for sharing your breakthroughs and contributing to the community's growth. 🍽️ Refreshments will be served at both sessions to ensure a welcoming and engaging environment. 🔗 We can't wait to meet you there and discuss how we can move forward together in the field of vacuum electronics. For more info or to schedule a meeting with our team at IVEC2024, email us at sales@txcorp.com. #IVEC2024 #TechX #VSim #VacuumElectronics #Engineering #Science #TechConference #Networking

🤔 Do you know which are the key enabling technologies in Europe? Rapid advances in science and #technology are reshaping our #economy and creating new opportunities. The European Commission is leading the way, investing in 6 key enabling technologies (KETs) to drive innovation and support industry growth. The 6 priority KETs are: 👉 Advanced manufacturing 👉 Advanced Materials 👉 Life science technologies 👉 Micro/nanoelectronics and photonics 👉 Artificial Intelligence 👉 Security and connectivity These technologies not only drive innovation in sectors such as automotive and industrial robotics, but also play a key role in addressing the challenges of #health, #security and climate change. https://brnw.ch/21wGjG0

Last week during HANNOVER MESSE, we had the pleasure to unveil our new white paper "Accelerating battery cell development", which we wrote with our partner RWTH Aachen University. 🐌💸 As PEM Director Professor Achim Kampker says, the european battery industry has a snail's pace and price problems: "The processes for developing and manufacturing new battery cells are still too slow and the costs too high. We must innovate while catching up." 🔋 In this study, our experts explore battery cell engineering challenges and potentials, proposing an improved development approach to streamline time-to-market. They outline the importance of a digital end-to-end toolchain to bolster cell development. Discover why standardized procedures, early integration of product and process, advanced simulation, and clear data transparency are essential for competitive development and production of battery cells and thus for a competitive and sustainable future of energy supplies in electromobility. 👉 Click here for the publication: https://lnkd.in/daaT3Jce #Emobility #Battery #HM24 #PEM #Sustainability #ClimateTech Marcus Fiege, Pierre Bagnon, Vincent Charpiot, Michael Müller, Cyril Garcia, Roshan Soorunsingh Gya, Laurent BROMET, William Rozé

🚀 Introducing SUPERLASER: Pioneering the future of sustainable lasing with ultra-precise, super-emissive perovskite technology! 🌍🔬   We are excited to announce the launch of SUPERLASER, a research project funded by the European Innovation Council, set to transform the future of laser technology! Coordinated by the NCSR "DEMOKRITOS" in Athens, this groundbreaking initiative brings together a consortium of 9 partners from 7 countries, with a budget of €3.6 million over the next three years.   💡 What makes SUPERLASER unique? Our aim is to create a new type of laser that achieves high performance, unprecedented precision, and environmental sustainability. By leveraging halide perovskite materials, the project will address the limitations of current laser technologies — such as linewidth stability, cost, and environmental impact — with an innovative approach combining new materials, device design, and eco-friendly manufacturing processes.   Dr. Maria Vassilopoulou, Director of Research at the Institute of Nanoscience and Nanotechnology, emphasises: “SUPERLASER will push the boundaries of laser technology by creating lasers that are powerful, precise, and environmentally sustainable."   🔍 Why is this important? These innovations could significantly impact advanced technologies, including quantum computing, 6G communications, and precision measurements like gravitational wave detection.   Stay tuned as we embark on this journey to push the frontiers of laser technology! ✨   #SUPERLASER #LasingTechnology #LaserTechnology #Perovskites #ScientificResearch #Innovation #EICPathfinder #EUfunded #HorizonEurope #DeepTech

🔋 Lithium-ion batteries are becoming increasingly important for the development of electronic devices and electric vehicles. However, fast charging of these devices remains a great challenge. Check out in our latest highlight how Xilai Xue, Dominic Bresser and colleagues at the Helmholtz Institute Ulm (HIU) (Karlsruher Institut für Technologie (KIT)) used advanced, complementary analytical techniques to study the behaviour of a promising insertion-type active material for the negative electrode, monoclinic niobium(V) oxide: https://bit.ly/3Ve1Tuz