manufuture platform

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Le nanotecnologie nel 7 Programma Quadro
dell'Unione Europea innovazione per il mondo di
domani
Il Manifatturiero ad alto valore aggiunto,
Manufuture e le nanotecnologie
Francesco Jovane Direttore ITIA-CNR Vice-president
e Piattaforma Tecnologica Europea Manufuture
Torino, 23 Maggio 2006
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THE NEW INDUSTRIAL REVOLUTION at global
level
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Contribution to Global Output Shares of World
Manufacturing Output by Civilization or Country,
1750-2000 (in percentages. World100)
West
Others
India
Brazil
Russia
China
Japan
Source Mitchell Tseng, CIRP
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Manufacturing in Europe
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The European Responsethe Manufuture Initiative
www.manufuture.org
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MANUFUTURE INITIATIVE

• MANUFUTURE EUROPEAN PLATFORM
• MANUFUTURE VISION 2020
• STRATEGIC RESEARCH AGENDA
• ROADMAPS IMPLEMENTATION PLANS

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Manufuture Initiative Time Schedule
2006 - 2020
2003
2004
2005
Manufuture Workshop Dortmund
High Level Group Support Group Working Groups
1st Manufuture Conference Milano
Manufuture Platform
2nd. Manufuture Conference Enschede
High Level Group Expert Group
Strategic Research Agenda and Implementation
Plans
Vision 2020
Specific Programmes
7th Framework Programme.
7. Framework Programme implementation
3rd. Manufuture Confence UK
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• The Manufuture
• Platform
• www.manufuture.org

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Manufuture Platform

• The main goal of the Manufuture Platform is
• to enable European leadership, at global level,
  of a HVA competitive and sustainable
  Manufacturing Industry
• thus achieving market dominance
• hence creating wealth and contributing to HVA
  jobs creation and social cohesion

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Integrating Platforms for advanced European
manufacturing
Sectoral and Technological Platforms
EU
MANUFUTURE PLATFORM

MANUFUTURE PLATFORM ITALY SISTEMI DI PRODUZIONE
MANUFUTURE PLATFORM SPAIN
MANUFUTURE PLATFORM PORTUGAL
MANUFUTURE PLATFORM SUISSE
MANUFUTURE PLATFORM POLAND

MEMBER STATES
.
MECHATRONICS AND AUTOMATION INITIATIVE
HIGH MECH INITIATIVE
INTELLIGENT INTEGRATED SYSTEMS INITIATIVE
REGIONS Technological districts
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www.manufuture.org
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ManuFuture Platform STRATEGIC RESEARCH
AGENDA Assuring the future of manufacturing in
Europe HIGH LEVEL GROUP AND SUPPORT
GROUP with the collaboration of EPP Lab
(ITIA-CNR)
www.manufuture.org
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Manufuture Strategic Research Agendathe
strategic perspective

• KNOWLEDGE BASED MANUFACTURING in the GLOBAL
  ENVIRONMENT
• The current industrial paradigm is no longer
  adequate
• Europe must respond by strengthening its ability
  to compete in terms of HIGH VALUE, the hi-tech
  competitive advantage.
• HIGH VALUE can be achieved by
• introducing innovative RTD-based materials,
  production systems, processes and products
• developing new business models
• teaching/nurturing high-level skills and
  competences.

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Manufuture Strategic Research AgendaPillars

• A ROADMAP FOR EUROPEAN INDUSTRIAL TRANSFORMATION
  PILLARS
• The competitive and sustainable reaction to such
  challenges is seen in terms of FIVE PILLARS and
  their associated enabling technologies

1. New, added-value products and services
2. New business models
3. New advanced industrial engineering
4. New emerging manufacturing science and
   technologies
5. Transformation of existing RD and education
   infrastructure

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Implementation of the SRA through collective
action
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Manufuture SRA ETPs SRA
ETPs Manufacturing needs
M A N U F U T U R E S R A
Other sectors needs
SRA 1
ETP 1 Manufacturing needs
Other technologies needs
ETP 2 Manufacturing needs
SRA 2
ETP 3 Manufacturing needs
Infrastructure needs
SRA 3
ETP 4 Manufacturing Needs Identified by MF
SRA 4
Business Models needs
ETP ..Manufacturing needs
SRA ..
ETP n Manufacturing needs
SRA n
SMEs needs
Generic manufacturing issues
Sector specific manufacturing issues
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• National/Regional
• Manufuture Initiatives
• (IT, PT, ES, PL, AT, CH, RU, UK, DK, DE, NL, IR,
  etc)

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Roadmaps Implementation Plans

• ( in progress )

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MANUFUTURE NANOTECHNOLOGIES
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MANUFUTURE NANOTECHNOLOGIES

• 1. The Manufuture reference model
• emerging manufacturing science and
  technologies pillar
• 2. Techonologies beyond the border
• 3. The Manufacturing reference model products
  and services,
• processes and enterprises/business models
• 4. Technologies beyond borders manufacturing
  levels
• 5. Potential application areas for
  nanotechnologies
• 7. Products from Nanotechnologies
• 8. Integrated life cycles processes, from nano to
  macro products
• 9. ETC.

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Manufuture Strategic Research AgendaPillars

• A ROADMAP FOR EUROPEAN INDUSTRIAL TRANSFORMATION
  PILLARS
• The competitive and sustainable reaction to such
  challenges is seen in terms of FIVE PILLARS and
  their associated enabling technologies

1. New, added-value products and services
2. New business models
3. New advanced industrial engineering
4. New emerging manufacturing science and
   technologies
5. Transformation of existing RD and education
   infrastructure

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EMERGING MANUFACTURING SCIENCES ENGINEERING
Technologies Beyond Borders
Improvement of performance in scientific and
technical engineering and processes through
removal of existing scientific and technical
barriers .
Next Generation

Existing borders
Realisation of next generations of Manufacturing
systems
Time
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MANUFACTURING REFERENCE MODEL
PRODUCTS/SERVICES
PROCESSES
ENTERPRISES
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Technologies beyond bordersmanufacturing
levels
Macro Micro Nano Engineering Factories and
Equipment
Millimeter
Conventional Manufacturing
µm
nm
Dimensions
Microscale
Nanoscale
Precision
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PRODUCTSfrom nano to macroscale
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POTENTIAL APPLICATION AREAS FOR NANOTECHNOLOGIES
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PRODUCTS FROM NANOTECHNOLOGIES
NEXT - APPLICATIONS CLOSE TO THE
MARKETPLACE ELECTRONIC DISPLAY
TECHNOLOGIES GLASSES WITH SCRATCH RESISTANT
COATING HARDER, LIGHTER AND STRONGER MATERIALS
LAB-ON-A-CHIP TECHNOLOGIES QUANTUM STRUCTURE
ELECTRONIC DEVICES SELF-CLEANING SURFACES.
NOW - PRODUCTS ALREADY AVAILABLE HARD-DISKS
DEVICES SUN-BLOCK CREAMS LASERS, MODULATORS ,
AMPLIFIERS COMPUTER PERIPHERALS
TOMORROW - APPLICATIONS THAT MAY APPEAR WITHIN
THE NEXT DECADE DRUG DELIVERY ENABLING LOWER
DOSAGE TOUGHER AND HARDER CUTTING TOOLS POLYMER
ELECTRONICS FLAT-PANEL ELECTRONIC
DISPLAYS ARTIFICIALLY CREATED ORGANS RETINAL
IMPLANTS MEDICAL SENSORS TO MONITOR PATIENTS
MACRO
MICRO
CO RESEARCH
NEXT (ENIAC Domain beyond CMOS) LOGIC DEVICES
AND MEMORY CONCEPTS METALLIC NANOWIRE
TRANSISTOR MOLECULAR / ORGANIC TRANSISTOR
DIRECT TUNNELLING DEVICES RESISTANCE AND PHASE
CHANGE MEMORY INTERCONNECTS OPTICAL
INTERCONNECT RF INTERCONNECT NANOTUBE
INTERCONNECT MOLECULAR INTERCONNECT
CHANNELS SILICON NANOWIRES IIIV
COMPOUNDS MOLECULAR NANOWIRES
TOMORROW (ENIAC Domain beyond CMOS) DEVICES
NANOTUBE TRANSISTORS SPIN TRANSISTORS SINGLE
ELECTRON TRANSISTOR SINGLE ELECTRON
MEMORY MATERIALS SELF ASSEMBLING SUBLITHO
STRUCTURES SUPERCONDUCTING MATERIALS
NANO
TIME
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PROCESSES SUSTAINIG PRODUCTS LIFE CYCLESfrom
nano to macroscale
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INTEGRATED LIFEYCLE PROCESS
MACROSCALE
MICROSCALE
PRODUCTS
NEEDS
DEMAND
RESPONSE
PRODUCT
MICROSCALE
TRANSFORMATION PROCESSES TP
DISMISSAL
RECYCLING
USE
MAINTENANCE
PRODUCT LIFE CYCLE
RD
RD
PRODUCT (ET) LIFE CYCLE
DISTRIBUTION
NANOSCALE
PRODUCTION
DESIGN
RD
RD
PROCESS (TP) LIFE CYCLE
PROCESS (TP) LIFE CYCLE
RECONFIGURATION
IMPLEMENTATION
PROCESS
PROCESS
PROCESS
PROCESS
DESIGN
USE
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TRANSFORMATION PROCESS REFERENCE MODEL
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TRANSFORMATION PROCESSES FROM NANO TO
MACROPRODUCTS
MACRO
MICRO
CO RESEARCH
NANO
TIME
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NEW PROCESSES FOR NANOPRODUCTS

• NANOFABRICATION TECHNIQUES
• TRANSFORMATION TECHNOLOGIES
• lithography by e-beam, laser milling, STM, ion
  beam, imprint,
• emboss, EUV, or process enhancement
• material growth and deposition by MBE, MOCVD,
  ALD,
• layer-by-layer, spin-on, 3D nanostructure
  engineering, selective growth,
• or colloidal-assembly non-conventional patterning
  approaches,
• including self-assembly, direct laser writing,
  interference lithography,
• two-photon absorption, and combination of
  top-down
• and bottom-up techniques
• electrochemical synthesis, dynamics at
  solid-liquid interfaces,
• and superhydrophobic surfaces
• new materials, nano-particles, organic and
  biofunctional structures,
• -etching pushing the nano-limits for novel
  material and
• structure with unconventional shape and profile
  or high-aspect ratio
• DESIGN

MACRO
MICRO
NANO
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NANO FABRICATION/MANUFACTURINGthe emerging K
Enterprises business models
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NANO MANUFACTURING FIRMS IN ITALY

• A.P.E. Research S.r.l. Trieste (TS)
• ALA Engineering srl Contrà (VI)
• AUREL S.p.A. Modigliana (FC)
• C.R.F. S.C.p.A. Orbassano (TO)
• CHAMPS Srl Bollate (MI)
• CSM Centro Sviluppo Materiali SpA Roma
• ENITECNOLOGIE SpA S.Donato Milanese (MI)
• Enviroment Park Torino (TO)
• GEAL srl Agliana (PT)
• Gibertini Elettronica SRL Novate Milanese (MI)
• IODA Rubano (PD)
• IRCCS Policlinico San Matteo Pavia (PV)
• MDM MECATRONICS Minerbo (BO)
• MICROCOAT SPA Sedriano (MI)
• MOMA srl Reggiolo (RE)
• PIRELLI Labs s.p.a. Milano (MI)
• Pometo S.p.A. Maerne di Martellago (VE)
• SAES Getters SPA Lainate (MI)

SOURCEAIRI NANOTECHNOLOGY CENSUS 2003
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INTEGRATIONFOR GOVERNANCEWITHIN THEEuropean
Manufacturing Innovation and Research AreaEMIRA
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MANUFUTURE PLATFORM AND OTHERS ETPs
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TOWARDS COMMON ETP INTEGRATION
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IMPLEMENTATION OF THE SRA THROUGH COLLECTIVE
ACTION
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MANUFUTURE AND NANOTECHNOLOGIESASTRATEGIC
ALLIANCEOF RESEARCH, EDUCATION, INDUSTRYTO
ENABLE EUROPEAN LEADERSHIPOFHIGH VALUE
MANUFACTURING
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www.manufuture.org