1. 19.06.2012Industrial Technologies 2012 - 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 MINAM 2.0 Professor Svetan Ratchev Director of Institute for Advanced Manufacturing The University of Nottingham Developing the Micro and Nano Manufacturing Technologies – The MINAM Strategic Research Agenda and Roadmap

2. 19.06.2012Industrial Technologies 2012 - MINAM 2.0 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... MINAM Micro- and Nanomanufacturing Mission and Strategic Research Agenda (SRA)

3. 19.06.2012Industrial Technologies 2012 - MINAM 2.0 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. 19.06.2012Industrial Technologies 2012 - MINAM 2.0 MINAM Roadmapping baseline - 2009

5. 19.06.2012Industrial Technologies 2012 - MINAM 2.0 MicroNano manufacturing enabled components – Some figures  Non SI based components are gaining importance

6. 19.06.2012Industrial Technologies 2012 - MINAM 2.0 … there are still dozens of application areas that still need to be explored and developed further to face grand challenges

7. 19.06.2012Industrial Technologies 2012 - MINAM 2.0 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

8. 19.06.2012Industrial Technologies 2012 - MINAM 2.0 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

9. 19.06.2012Industrial Technologies 2012 - MINAM 2.0 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

10. 19.06.2012Industrial Technologies 2012 - MINAM 2.0  Semi structured interviews with representatives from selected key player organisations using tailored survey formats for the three targeted groups: Comprehensive set of indicators Building the basis for research commercialisation access Services 16 European Technology Platforms (application & market requirements, complementary technological Expertise) 21 Technology Clusters Technological expertise (mature) Production aspects Cluster Business models 9 Networks of Excellence / European Research Infrastructures Technological perspective (R&D) Other players in the Microproduction RA (Eranet, International organisations, etc.*) MINAM2.0 Phase 1: Collecting the knowledge of multiplicators

11. 19.06.2012Industrial Technologies 2012 - MINAM 2.0 Identification of technological Bottlenecks  Equal distribution of identified challenges over the 5 areas  Distribution of bottlenecks will remain the same over the next years CLUSTER beyond 2015 CLUSTER 2012-2015 ETP beyond 2015 ETP 2012-2015 Source: 2011 MINAM survey Microcomponents Product Integration Design, Simulation New Materials Micro Manufacturing Capabilities

12. 19.06.2012Industrial Technologies 2012 - MINAM 2.0 Main markets (beyond 2015) 12

13. 19.06.2012Industrial Technologies 2012 - MINAM 2.0 III-3.1: Micro Structuring 13

14. 19.06.2012Industrial Technologies 2012 - MINAM 2.0 III-3.3: Micro replication 14

15. 19.06.2012Industrial Technologies 2012 - MINAM 2.0 III.4 Other Bottlenecks – update 2012  Similar results to 2011 Survey 15

16. 19.06.2012Industrial Technologies 2012 - MINAM 2.0 Key Technology areas: Manufacturing of nanoparticles Overview of the manufacturing of nanoparticles (source MINAM working group Nanomanufacturing )

17. 19.06.2012Industrial Technologies 2012 - MINAM 2.0 Key Technology areas: Nano-Manufacturing

18. 19.06.2012Industrial Technologies 2012 - MINAM 2.0 Key Technology areas: Micromanufacturing Processes Source; 4M NoE Roll-to-Roll (R2R) Layer manufacturing

19. 19.06.2012Industrial Technologies 2012 - MINAM 2.0 Key Areas of Development: System Integration Bosch Desktop Assembly System

20. 19.06.2012Industrial Technologies 2012 - MINAM 2.0 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 20