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Professor Svetan Ratchev Director of Institute for Advanced Manufacturing The University of Nottingham

MINAM 2.0. Paving the ground for the second generation of a highly effective, application oriented Micro-Nano Manufacturing community in Europe Industrial Technologies 2012. Developing the Micro and Nano Manufacturing Technologies – The MINAM Strategic Research Agenda and Roadmap.

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Professor Svetan Ratchev Director of Institute for Advanced Manufacturing The University of Nottingham

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  1. MINAM 2.0 Paving the ground for the second generation of a highly effective, application oriented Micro-Nano Manufacturing community in Europe Industrial Technologies 2012 • Developing the Micro and Nano Manufacturing Technologies – The MINAM Strategic Research Agenda and Roadmap Professor Svetan Ratchev Director of Institute for Advanced Manufacturing The University of Nottingham

  2. MINAM Micro- and NanomanufacturingMission and Strategic Research Agenda (SRA) • MINAM mission: • “to facilitate the European manufacturers and equipment-suppliers in establishing and retaining worldwide leadership in manufacturing micro- and nano-technological products” • The MINAM SRA’s key objective is to • …identify emerging trends and provide strategic directions for future investments in R&D to accelerate the rapid transition of micro- and nano-manufacturing technologies from laboratory based prototypes into volume manufacturing applications...

  3. Approach to developing the MINAM2.0 SRA and Vision • Building on previous MINAM/Micro-Sapient studies and MINAM SRA (2008-2009) • Analysis of markets and industrial sectors • Industrial survey leading to a revised MINAM roadmap • Consulting the wider community through regional clusters • Focused research foresight studies • Industrial validation

  4. MINAM Roadmapping baseline - 2009

  5. MicroNano manufacturing enabled components – • Some figures  Non SI based componentsare gaining importance

  6. Micro and Nano Manufacturing Agenda: Horizon’2020 • Addressing key societal needs: • Climate change • Sustainable transport • Sustainable industrial production • Sustainable food production and consumption • Ageing population and public health. • Supporting the full manufacturing cycle by providing innovative high added value manufacturing solutions • Design, production, in-service support, decommissioning and recycling • New generations of multifunctional customised products • Micro and nano manufacturing solutions for meso and macro scale products

  7. MINAM2.0 Priorities for Horizon 2020 • Consolidating and expanding the micro and nano manufacturing community • Focus on meeting industrial needs and delivering industrial innovation • Breakthrough research with stronger focus on delivering innovation • Sustaining and increasing production capabilities in Europe • Focus on growth and value creation • Understanding and addressing the needs of the wider industrial community via better links with relevant ETPs • Addressing the needs of both established world class EU industrial sectors and new emerging industries; large companies and SMEs • Providing a balanced representation of industrial needs and research foresight

  8. Major research challenges • Light weight, multi material 3D complex products • Continuous miniaturisation of parts and products • Integration of nano, micro, meso and macro scale features and products for new generations of multifunctional products and systems • Emerging micro and nano production technologies to address new life science and health care products • Maturity and innovation potential benchmarking of micro and nano manufacturing technologies • Technology affordability • Built-in intelligence and IP protection

  9. MINAM2.0 Phase 1: Collecting the knowledge of multiplicators • Semi structured interviews with representatives from selected key player organisations using tailored survey formats for the three targeted groups:

  10. Identification of technological Bottlenecks CLUSTER beyond 2015 CLUSTER 2012-2015 ETP beyond 2015 ETP 2012-2015 Microcomponents New Materials Product Integration Design, Simulation Source: 2011 MINAM survey Micro Manufacturing Capabilities • Equal distribution of identified challenges over the 5 areas • Distribution of bottlenecks will remain the same over the next years

  11. Main markets (beyond 2015)

  12. III-3.1: Micro Structuring

  13. III-3.3: Micro replication

  14. III.4 Other Bottlenecks – update 2012  Similarresultsto 2011 Survey

  15. Key Technology areas: Manufacturing of nanoparticles Overview of the manufacturing of nanoparticles (source MINAM working group Nanomanufacturing)

  16. Key Technology areas: Nano-Manufacturing

  17. Key Technology areas: Micromanufacturing Processes Roll-to-Roll (R2R) Layer manufacturing Source; 4M NoE Source; 4M NoE

  18. Key Areas of Development: System Integration Bosch Desktop Assembly System

  19. Roadmapping Recommendations - Summary MINAM 2 contributes to the following aspects: • Mass production of functional 3D systems • Manufacturing for custom made parts • Automated production of composite structures/products • New processing methods to achieve nano-sized microstructure  components • Joining technologies • Characterization as key enabler für robust nano enabled production • Europeanwide coordination of process and component standardisation • Delivery of new functionalities through (mass production) manufacturing processes • Product life cycle management for advanced materials • Multifunctional manufacturing processes • New approaches for production planning and control • Novel supply chain approaches for innovative products

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