Prsentation PowerPoint

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Parallel thematic workshops
Convergence of technologies
Hans Hartmann Pedersen (EC) Bertrand Fillon
(CEA) Paolo Matteazzi (MBN Nanomaterials)
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Agenda

• Welcome- B. Fillon - 5 min.
• µ-nano-manufacturing roadmap presentation
  B.Fillon - 20 min.
• FP7 presentation - Hans Hartmann Pedersen - 15
  min.
• Ex. of possible RTD project topics Paolo
  Matteazzi - 10 min.
• Workshops on industrial needs Discussion on
  contents and forward planning (nanosurfaces
  Micromanufacturing) two groups - 30 min.
• Wrap up- B. Fillon

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From nanoparticles to applications
Uses Services
End user application
Integration Components
40
Functionalisation
Nanoparticles/ processes,
Nanoparticles, processes
Assembling, handling
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30
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Potential industrial applications
Pharmaceutical/ Packaging, intelligent packaging,
high barrier, functionalised, optical,..
Nano materials
Specific Properties
Specific surface area
Energy / IndustryFuel cell, heat exchanger
tubes, heating elements
Mass reduction
Textiles intelligent clothes, power shaft,
Functionalised fibers
Telecomunication/ Electronic, µ-power,
functionalised components, sensors, durability
AeronauticStructural and fixing parts of engine
pylon, gears, transmission system,blades, nuts
and bolts
Automobile Valves, piston axle, connecting rod,
camshaft, crankshaft
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Micro- and NanoManufacturing from
Technology/Materials to Application
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Micro- and NanoManufacturing is growing and
growing!
NEXUS Market Analysis 2005-2009

• New products in nearly all kind of sectors like
  medicine, automotive, textile, consumer, etc. are
  not imaginable without micro- or nanotechnology.
• Todays innovations in mechatronic systems
  arenot realizable without micro- and
  nanotechnology
• Undoubtedly micro- and nanotechnology is the
  future key technology world wide.

• growth rate of about 20 for Micro- and
  Nanoproducts
• Micro market may reach 20 billion in 2010

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Target of Micro- and NanoManufacturing industry
Mission of Manufuture (www.manufuture.org)
.winning a major share of world manufacturing
output in the future

• To achieve these goals...
• the targets of a Micro- and NanoManufacturing
  industry are
• to establish a new industry for the manufacturing
  of products based on emerging Micro- and
  Nano-Technologies.
• to develop Europe as the leading location for the
  production of NanoParticles, Micro- and
  Nanostructures and components with Micro/Nano
  inside.
• to establish the complete Micro- and
  Nano-Technology value chain leading to the
  manufacturing of European MNT products.
• to ensure that the new MNT products are produced
  at European facilities using equipment and
  systems of European origin.

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Deliverables to create the Micro and
NanoManufacturing Roadmap
CommunityMicro- and Nano Manufacturing
Realize vision of future Micro- and
NanoManufacturing
NoE
CA
Generating Roadmaps / Strategic Research Agenda
Working GroupMicro- and Nano Manufacturing
June 2006
CA
Increasing amount ofindustrial stakeholders
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The vision for Micro- and NanoManufacturing
Vision
To establish a European Community in Micro- and
NanoManufacturing and achieve worldwide
leadership of European manufacturers and
equipment-suppliers in the field of
manufacturing micro- and nano-technological
products.
RoadmapStrategic Research Agenda
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Perceived importance of market sectors (industry)
Sector Micro- Micro- Micro- Overall (inc.
other) fluidics optics sensors
actuators Medical/Surgical
Automotive and
Transport Biotec
hnology Consumer
Products Information
and Communication Energy/Chemica
l Scientific/Academic
Community Pharmaceutical
Construction Domestic Products
Food Aerospace/Space
Science
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Product suggestions Target markets
Number of suggested product developments (Note A
single product may be sold across several markets)
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Perceived importance of market sectors
Sector () Number of contributions
Emerging
Growing
Stable
Declining
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Micro-electronic Micro-electromechanical Nano-pat
terns Micro-optic Nano-surfaces Nano-particles Gas
/chemical sensing Bio/Genetic Micro-fluidic Micro-
acoustic Micro-RF/microwave Micro-magnetic Other N
ano-machines
Projected use of MNT per sector (sorted)
Technology
Sector () Number of contributions
Construction (1) Manufacturing (1) Agriculture/Fis
heries/Forestry (2) Pollution control
(2) Clothing/Textiles (4) Consumer/Entertainment
(10) Computers/Business (8) Energy/Water/Chemicals
(6) Communications (6) Food and Drink
(9) Automotive/Transportation (20) Security
(7) Medical/Pharmaceuticals (23) Military/Aerospac
e (6)
Nil
Low
Medium
High
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Product suggestions Technology content
µ-components
Featured in number of products
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Perceived future technology importance
Key Researchers Industry
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Perceived 4M application requirements
(Drivers, barriers, and technical capabilities
for developing/manufacturing micro products)
Key Researchers Industry
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Promising process chains (research)
Metals
Polymers
Ceramics
ANY
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The Roadmap of Micro- and NanoManufacturing
Vision
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Micro- and NanoManufacturing - THE ENABLING
TECHNOLOGY
European MANUFACTURING Industry Transformation
of European industry from a resource-intensive to
a knowledge-intensive industry.
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From production processes
Manufacturing NanoMaterials
Manufacturing Micro-Components
Manufacturing NanoSurfaces
Technologies for (micro/nano) components and
devices
Nanophased particles production
functionalisation
Nanostructuring and coating of surfaces
Bulk integration
Volume production processes
Surface functionalisation and nanolayering
Nanophased particles production
functionalisation bulk integration
Assembly and integration processes
to production lines
Micro- and Nano Manufacturing Systems and
Platforms
to production lines
to production lines
Knowledge based fabrication
Development and implementation of scalable,
intelligent and modular meso-, micro- and nano-
manufacturing systems
Integrated platforms
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• The presented results are a common work from
• 4M www.4M-net.org
• NMG group www.nanomanufacturing.eu
• µSapient www.microsapient.org
• IPMMAN www.Ipmman.eu
• Supported by the commission

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Workshop E Convergence of Technologies
Conference 2006 Tampere Hall

• Chairs
• Hans Hartmann Pedersen, European Commission
• Bertrand Fillon, CEA/LITEN France
• Paolo Matteazzi, MBN Nanomaterialia SpA, Italy

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Micro- and NanoManufacturing - THE ENABLING
TECHNOLOGY
European MANUFACTURING Industry Transformation
of European industry from a resource-intensive to
a knowledge-intensive industry.
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Summary
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Summary
Nano- surfaces
Gaps / Needs
RTD Ideas and projects
Text
Text
Automation and economical production
Y3
Surface functionalisation and nanolayering
Y2
Processes and Equipment for High Quality
Industrial Production of 3-Dimensional
Nanosurfaces
Y1
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Summary
Micro-manufacturing
Gaps / Needs
RTD Ideas and projects
Text
Text
Handling and Micro-assembly processes for
multi-functional multi-material meso-micro
devices
Y3

Volume production process chains for high
throughput micro-manufacturing
Y2
Production Technologies and equipment for
Micro-Manufacturing
Y1
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Summary
Integration /Platforms
Gaps / Needs
RTD Ideas and projects
Text
Text
Y3

• µ- and Nano Manu-facturing Platforms
• Design, Modelling and Simulation Tools
• Equipment and Tools Integration
• Intelligent scalable adaptable
• Flexible, Modular Networked System Architectures
  

Y2
Y1
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7th-8th November, FZ Karlsruhe, Germany
linking technical experts and industrial
practitioners with common interests in the area
of micro- and nano-manufacturing technologies.
..
For further details and to register on-line
please visit http//www.microsapient.org or
contact by email Ruth.Strickland_at_nottingham.ac.uk

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Potential industrial applications
Pharmaceutical/ Packaging, intelligent packaging,
high barrier, functionalised, optical,..
Nano materials
Specific Properties
Specific surface area
Energy / IndustryFuel cell, heat exchanger
tubes, heating elements
Mass reduction
Textiles intelligent clothes, power shaft,
Functionalised fibers
Telecomunication/ Electronic, µ-power,
functionalised components, sensors, durability
AeronauticStructural and fixing parts of engine
pylon, gears, transmission system,blades, nuts
and bolts
Automobile Valves, piston axle, connecting rod,
camshaft, crankshaft
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Research projects Technology Content
Featured in number of projects
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Research projects Market sectors supported
Supported by number of projects
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Micro-Nano Manufacturing Integrated Topics
7-years Call Planning
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Micro-Nano Manufacturing Integrated Topics
7-years Call Planning
Micro- and Nano Manufacturing Systems and
Platforms
Manufacturing Micro-Components
Knowledge based fabrication
Technologies for (micro/nano) components and
devices
Year 1 Design, modelling and simulation of
specific knowledge of the micro- and nano domain
Year 1/4 multi-material meso/micro components
and devices with micro and nano scale functional
features
Year 4 Fabrication environment under clean and
safe conditions
Volume production processes
Development and implementation of scalable,
intelligent and modular meso-, micro- and nano-
manufacturing systems
Year 2/5 enabling volume production process
chains for development of high throughput
micro-manufacturing platforms
Year 2 Intelligent, scalable, adaptable
manufacturing systems and platforms
Year 3 Flexible, modular and knowledge based
manufacturing system architectures
Year 6 Integrated solutions for reliability,
quality, safety, standardization
Assembly and integration processes
Integrated platforms
Year 3/6 Micro-assembly processes for
multi-functional multi-material meso-micro
devices
Year 3 and 7 Integration in specific and
cross-domain sectors
Year 5 Collaboration (esp. SME production
networks )