innovation by cooperation
DESCRIPTION
Overview about nanotechnologies and micro/mems applicatio incl best practice samples and background info about networking in EC cooperationsTRANSCRIPT
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
Innovation by
CooperationBenefits
for
Society, Companies, R&D Institutions
and
GovernmentMrs. Andrea Elisabeth ReinhardtCEO microTEC Gesellschaft für Mikrotechnologie mbHCo-founder
NTC Nano Tech
Coatings
GmbHFounding
member
nanofutures
a.s.b.lChair
WG communication
nanofutures
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
Mrs. Andrea Elisabeth Reinhardt
microTEC (since 1996): Micromechanics, MEMS, Plastic Lab-on-a-chipCustomized Production Services, Packaging and R&D, Advanced Micro-and Nanotechnologies, Registered Trademark and Patented Technologies: Production of MEMS and high-integrated 3D chip size packagingwww.microtec-d.comCEO Team Andrea Reinhardt, Dr. Reiner
Götzen
NTC (since 2000): NTC Nano Tech Coatings GmbHPatented Sol-Gel Materials (incl. UV curing) e.g. applications Coil Coating (anti corrosion for metals), easy to clean for metals and glassR&D for self lubricant coatings and MEMS materials with high-temperature resistance www.ntcgmbh.com
CEO: Dr. Georg
Wagner
microTEC EC projects:
FP 5 micromaking, FP 6 INOS, Healthyaims;
FP 7 Ultra, Priam, Light-Rolls, Nanofutures
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
Duisburg
Customer Idea + microTECConsultingR&D, SimulationPrototypingDirect Mass ProductionTraining/Licensing
= Customer Products Innovation
Germany
microTEC locations
Bad Dürkheim
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
Advanced Micro-
and NanotechnologyDirect Manufacturing
Database, Image, Visibility –
open to be used by partners too:Contact database of more than 30 thousand qualified decision makers with interest in applied nano-
and mems
technologies; our sales focus selected market leaders and innovative new comers/SME, our trademark is international protected. microTEC is known as one of the innovation leaders.
microTEC in looking for:Industrial partners: continue and speed up growth by exploiting R&D results in applied nanomaterials
formems
in main industries (life science and consumer communication) and strategic partners: to exploit RMPD®
and 3D-CSP technologies by R&D, training and licensing
=> Technology Platforms, a speed way to European (and International) exploitation of know-how => Technology Platforms, to find the best possible partners for
further R&D steps=> special for SME: Technology Platforms, to learn about state of the art and share in an interactive way
informations
for better understanding of big industry needs and the regional,national
and Europeandecision makers positions
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
RMPD®
and 3D-CSPTechnologies:Product
Samples
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
Contract Manufacturing, Contract R&D, Licensing
Using nanoenhanced
uv-curing materials for customized production of precision parts (gas flow laminators, connectors, lab on a chip products):
microTEC is focused on customized series production of polymerchips, micromechanics and multi-material parts.
MEMS Packaging Services and R&D ServicesHighly integrated products speed up the need of 3D-packaging technologies. This will become a fast growing market for microTEC’s
patented 3D-CSP process. Running projects with SMEs
and also industry head-users.
Beside the technical advantages of microTEC based mems
production there are also cost advantages for industries interested to license/buy:
RMPD Systems are easy to use and easy to maintain=> Fast deliverable series parts in flexible units in high precision at low cost
Easy to handle materials (fluid monomers/polymers)=> no high-risk chemicals
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
Bio sample: 36000 wells
in one
plate
+ dispenser
Out Diameter 0,3 mmInner Diameter 0,1 mmDistance 0,55 mmChannel
length
12,5 mm
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Nano in ConstructionAdditive to ordinary
cement
Reduces
shrinkage
of pre-fabricated
structuresRapid set
times
Significant
increase
in compressive
strengthMinimizes
energy
consumption
and carbon
footprint
by
reducing
material requirements Low-impact
manufacturing
process
Product life time, Nano in Steel? CNT > 500 years..Carbon nanotubes
in an ancient Damascus sabre
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
Functional
self
cleaning
for
applications
in Construction and Automotive
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Nano for Cleaning, samples by Reckitt-Benckiser
http://www.reckittbenckiser.com
world market leader in cleaning, sells products in 180 countries, has operations in 60 countries across
all
continents, with global sales in excess of £5 billion andowns
of a wide range of trademarks e.g. nano shield, nano action,nanopowder. Products usingnano effects today:
Be a part of this story, bring it back to Europe, they arelooking to pay for your solutionshttp://www.rb-idealink.com
http://www.oxy.co.kr/eng/product/hama/ha_sub02_4.asp
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Nano in Cosmetics, >20 year old story of money makingBesinde
all the small SMEs, e.g. selling nano-based sol-gel nail coatings
are also some samples how big industries benefit from nano-inside:
L’oreal
L’Oreal, the world’s largest cosmetics company, is devoting about $600 million dollars, of its $17 billion dollar revenues, to Nano patents, and has patented the use of dozens of “nanosome
particles” 800 times
smaller than a human hair as delivery systems for nutrients. With 192patents in Nanotechnology, L’Oreal now ranks No. 6 among
Nano patents in the United States. At L’Oreal factories,nanosize
bits are being created with high-pressure
machinery that fires droplets of material at thespeed of sound.
http://www.nanoscienceinstitute.com/NanoCosmetics.htm
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
Shiseido
Shiseido independently developed the "nano-coating technology" in 1988 to treat the powder surface with an ultrathin
film. The technology improved
the functions of cosmetics in various ways: the color
production and dispersibility
of colored
powder were improved and the smell change was
reduced (http://www.shiseido.co.jp/e/ken/develop/dvp_fti.htm)
and a wide
range
of SME, selling
e.g. nano enhanced
sol-gel
based
nail
coatings
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• No. 1 worldwide in the field of nanotechnology cancer treatments• Cancer therapy without side-effects (can be combined with
conventional treatments)•
20 years of basic research•
Cost-efficient and simple application•
Ongoing licensing studies• Regulatory approval ongoing
www.magforce.com
MagForce
Nanotechnologies AG: Nano-Cancer®-Therapy
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ItN
Nanovation
AG: CFM Systems®
• Ceramic products, such as filtration systems and coatings, for large industrial customers
•
Coatings (Nanocomp, Nanocat): preventing slagging
in power plants, casting lubricants
delivery of a number of waste water treatment plants with ceramic flat membrane filter systems into the Gulf region.
www.itn-nanovation.de
•
Filtration & Parts (Nanopore, CFM Systems®): drinking water purification, municipal waste water treatment, beverage industry,
oil/water separation
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Quality
Control? Basic for
efficient
production
Source
FRT, picture
of fluidic
structure.
Source NanoFocus: surface of the texture of a thin sheet for the automotive engineering.http://www.nanofocus.de
Markets: MEMS, Automotive, Semiconductor, Optics
und PV/Solar
http://www.frt-gmbh.com
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
Planetary
gear
wheel
components
Diameter = 828µm/1200µmModul
= 0,06; n1
/n2
= 20/24; di
= 400 µmLubricants integrated by nano enhanced materialsHigh volume production by RMPD-masktechnologies
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
Fluidic-
stop structure, as ventilation duct
50µm
3 mm
Principle:Gases pass throughLiquids are blocked
Applications: -
Ballpoint pen
-
Air vent ampule
Tube diameter
50 µmTube length
3 mm
Distance between holes
30 µm
Aspect ratio 60
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
microFluidic
for flow cytometry, with hydrodynamic focusing buffer stream (disposable)
Probe Connection
Buffer connectionover pressure
Waste connection
Sample stream
Buffer stream Buffer stream
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
Dimension 1,6 x 0,6 x 0,4mmABSOLUTE MAXIMUM RATINGSVertical Cavity Surface-Emitting LaserCathode on top or substrate sideUnsealed 85% r.H./85°C certifiedELECTRO-OPTICAL CHARACTERISTICSChip Temperature = 0...85°C unless otherwise stated .PARAMETER SYMBOL UNITS MIN TYP MAX TEST CONDITIONSEmission wavelength λR
nm 840 850 860 Popt
= 1.2 mWThreshold current Ith
mA
0.4 0.5 0.8 Tchip
= 25°C mA
0.3 1.5Storage temperature -
40 .. 125°COperating temperature 0 .. 85°CElectrical power dissipation 30 mWContinuos forward
curent 12 mAReverse voltage 8VOptical output power 6mW
Opical
MEMS sample: VCSEL 0603 Packaging
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
Customers Advantages:
One stop shop (full service: consulting, R&D, series production)
Unique and patented technologies (IP security to customers), basic technologies are protected by patents, some of them are
international (e.g. Europe, US, Canada, RUS, Asia)
Capability to integrate market and customer needs very early in product development, without additional costs (3D-CAD to series product)
Speeding up time to market (no tooling)
Low waste, wide range of uv curing materials available incl. those FDA approved
Direct integration of existing software (3D-CAD like Solidworks; eCAD programs)
Production systems can be build up and maintained as desktop production and also as high-volume units
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
Follow us on
@LightRolls@minamnanofuture
Light-Rolls
www.light-rolls.eu
Pictures by
DesingLED
(partner
in Light-Rolls)
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
Lessons learned: Do it!
make your self visible online, publish your profile, your know-how and needs directly at Cordis
partners will find YOU! humans are making projects, use brokerage events and check EC news publish, talk and write about your R&D results and
products, use free of charge channels, e.g. cordis
wire, research about calls, about existing competence, aboutpotential partners at cordis, about running and former projects and of course, just don’t forget patent research and google
–maybe your question is solved anywere
else in the world-
use your local European experts and free of charge consulting there e.g. for pre-check of consortium agreements, before you sign anything, check not only the paper, check first if the partners you selected are the right ones
for the companies:if you are invited to projects, check if the topic is within your needs and you are able to use the results for your products/markets, generate a clear vision of tasks, task leaders and milestones, write a 3-pager
for the institutes/universities:think about the needs of companies, when you send them a draft-proposal make clear that you are looking for R&D partnership and solve together with them their needs, ask them about their needs and only if you have a clear idea about their needs, then invite them to write together the proposal
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
Lessons learned: Please avoid!
don’t run after every call, after every proposal idea, think and
select first
don’t try to get money for “re-invent the wheel”. Maybe proposal is successful and you will get
funding, but IPs
are owned by the early birds, the market is blocked by others, on this way no new business and new jobs will be build
don’t be panic about foreigners, EC projects are made to learn from each other, from Russia, France, Finland, Spain and all the others, in some calls even from Japan, China, USA and Mexico too
don’t wait that others are doing the job for you, you have to protect your know-how yourself, you have to check several networks and calls to find your partners, you have
to contribute to the proposal writing, to the reports, to dissemination, it is your job and of course: take care to contribute to the EC goals: use R&D results fast for products, build jobs and respect diversity
for universities/institutes:don’t forget about building jobs/spin-offs yourself, help your PhD to think like entrepreneurs when they run their projects, support any self motivated activities, because high-class innovation is not coming from doing what others tell you, its coming from working in a team about a question you want to solve fast for clear benefit of a new product/new technology/new business: just
because you want to solve it to make your customers and your team happy!
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
Overview
of NANOfutures -
Approach and Activities
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
NANOfutures is an European Integration and Innovation Platform of which main objective is to facilitate the nanotechnology development and commercialization by connecting all relevant nanotechnology stakeholders (e.g. European Technology Platforms that require nanotechnologies in their industrial sector and products, industries, research institutions, universities, associations, regional and national clusters etc.).
NANOfutures will act as a “Nano-Hub” by linking ETPs, JTIs, associations with expert groups in a collaborative environment.
NANOfutures is an open platform with free access to any nanotechnology stakeholder.
NANOfutures activities are partially sustained by the CSA project funded by European Commission and entitled “NANOfutures: A cross-ETP Coordination Initiative on nanotechnology” (Contract No.: NMP4-CA-2010-266789). The project started in October 2010.
NANOfutures Initiative
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NANOfutures Structure
• The platform is guided and steered by the NANOfutures Steering Committee
(SC), formed by:
•
Chair: Paolo Matteazzi, MINAM ETP•
Two co-chairs: Professor Kiparissides
(CERTH) and Peter Krüger
(Bayer)•
11 ETP representatives, officially appointed by the ETPs;•
10 Horizontal working groups chairs.
Steering CommitteeSteering
Committee
ChairTwo Co-Chairs
ChairTwo Co-Chairs
FTP RepresentativeFTP RepresentativeMemberMember
FTP RepresentativeFTP RepresentativeMemberMember
ETP RepresentativeETP RepresentativeMemberMember Scientific Board
RepresentativeHorizontal group
leader
Scientific BoardRepresentative
Horizontal group
leader
Scientific BoardRepresentative
Horizontal group
leader
Scientific BoardRepresentative
Horizontal group
leader
Scientific BoardRepresentative
Horizontal group
leader
Scientific BoardRepresentative
Horizontal group
leader
Horizontal group chairHorizontal group chair
MemberMemberMemberMember
MemberMemberMemberMember
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The aims of NANOfutures CA within the next two years are:
1.
to identify and optimize synergies between European and National Platforms, research
programmes, JTI, ERA-NETs
and other CSAs
and research projects related to nanotechnology, in order to reduce the fragmentation of the European nanotechnology and coordinate future strategies.
1.
to identify key strategic nanotechnology nodes
addressing issues of cross-sectional and nano-specific relevance for the innovation and rapid uptake of nanotechnologies in order to increase EU competitiveness .
1.
to construct and disseminate an integrated Industrial and Research Roadmap for European Nanotechnology, including a medium term detailed implementation plan.
NANOfutures Strategic Aims
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10 Working
Groups Chairs Members
Communication Andrea Elisabeth Reinhardt 118
Industrial Safety
Strategy Peter Krüger 87
Industrialisation/Nanomanufacturing Vito Lambertini 163
Networking David Gonzalez 148
Regulation Anna Gergely 81
Research/Technology Udo Gommel 216
Safety
Research Rob Aitken 125
Skills
and Education Costas
Kiparissides 95
Standardization Michael Stintz 85
Technology Transfer and Innovation Financing Donato Zangani 169
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ETP representatives in NANOfutures
11 ETPs signed the Memorandum of Understanding, in order to declare their support to NANOfutures. These ETPs are representative of several industrial sectors:
Textiles (FTC);
Nanomedicine (NANOMEDICINE);
Chemistry (SusChem);
Construction (ECTP);
Nanoelectronics (ENIAC);
Nanomanufacturing (MINAM and MANUFUTURE);
Transportation (ERTRAC);
Advanced engineering materials and technologies ( EUMAT);
Photonics (PHOTONICS21);
Industrial Safety (ETPIS).
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Links to other EU nano initiatives
14
NANOfutures established connections with different nanotechnology initiatives (e.g. Nano safety Cluster, nano impact net, SIINN Eranet etc.) and the following Coordination and Support Actions:
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As NANOfutures Community member you can:
•… with three clicks run your own polls and get feedback from the NANOfutures members?
•… search for companies by keywords and other criterias?
•… learn about the members and their background?
•… invite new members by just one click?
•… discuss in the WG forums with other members?
•… keep informed about the activities in the community you are interested in via email?
NANOfutures in September 2011:565 members~30%
of them are industry
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Brussels, 15 March 2011WG Technical Meeting
Industrialization and Manufacturing WG
Clustering of inputs –
potential nodes
November 2011
ETP representative direct input:
50 ETP needs fromFTCECTP ENIAC ERTRACETPIS
EUMATMANUFUTUREMINAM
NANOMEDICINE
PHOTONICS 21SUSCHEM
11 Working Groups, Identification of actions to address clustered ETP needs :•RESEARCH / TECHNOLOGY•INDUSTRIALIZATION/ nano-MANUFACTURING•COMMUNICATION•SAFETY RESEARCH•INDUSTRIAL SAFETY STRATEGY•STANDARDIZATION•REGULATION•TECHNOLOGY TRANSFER and INNOVATION FINANCING•NETWORKING•SKILLS AND EDUCATION
Working Group Meeting20 January, Brussels
Activities performed so far: Scheme
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Contribution from analysis of ETP SRA
Clustering of inputs, potential nodes
Industrialization and Manufacturing WG
Identification of actions to address clustered ETP needs :
Discussion and short list of potential key nodes
Design, modelling and testing of materials (including design and modelling, analitical techniques, knowledge sharing and intellectual properties)Nano-micro scale manufacturing (including cost-effective processes)Safe & Sustainable (including Safer processes and products, Regulation, Environment)NANO-Structures and CompositesNANOenabled Surfaces (including Surface Performance and Surface Manufacturing)
WGs Technical Meeting15 March, Brussels
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Final approval of nanotechnology Key nodes
The 14th April 2011 the Steering Committee approved the following key nodes:
Design, modelling
and testing
of materials(including
design
and modelling, analiticaltechniques, knowledge
sharing
and intellectualproperties)
Nano-micro
scale
manufacturing (including
cost-effective
processes)
Safe & Sustainable (including
Safer processes
and products, Regulation, Environment)
NANO-Structures
and Composites
NANOenabled
Surfaces (including
SurfacePerformance and Surface
Manufacturing)
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
What to do next: the perspective
Final list of key nodes
Inventive Sessions
Workshops on each key node(June2011 -January 2012)
Targets and Challenges
Industrial and Research Roadmap
(March-
June 2012)
Dissemination, Exploitation and networking activities
Approval of a list of key nodes
Definition of the expert groups
One Group for each Key-Node
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
Future Events
•
NanotechItaly 2011, November 23-25, 2011, Venice, Italy: next SC and Project Meeting Meeting. NANOfutures WG meetings will be organised on the 22nd in the same place as NanotechItaly Congress.
In the plenary session of the 23rd a 1h session (4 presentations) dedicated to EU and IT NANOfutures platform is foreseen.
•
Key node meetings (for selected experts only): January 2012
•
WG and SC meetings and Technology Transfer event: Spring 2012
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
The aims of NANOfutures strategic aims for the next 2 years are:
1.
to identify and optimize synergies between European and National Platforms, research programmes, JTI, ERA-NETs and other CSAs
and research projects related to nanotechnology, in order to reduce the fragmentation of the European nanotechnology and coordinate future strategies.
1.
to identify key strategic nanotechnology nodes
addressing issues of cross-
sectional and nano-specific relevance for the innovation and rapid uptake of nanotechnologies in order to increase EU competitiveness incl. aspects of
contribution to challenges of society and respect health and environmental needs.
1.
to construct and disseminate an integrated Industrial and Research Roadmap for European Nanotechnology, including a medium term detailed implementation plan.
NANOfutures strategic aims
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
Preliminary Matrix(M6)
(potential nodes)
Working group Meetings (M4)
Identification of horizontal issues
Clustering of inputs(M4-M5)
Clustered horizontal issuesClustered sectional needs
Final list of Key nodes
Collection of ETP documentation(M1-M2)
Steering Committee Meeting
(M6)Selection of key
nodes
Coming actions FOCUS on identification of key nodes:
ETP representatives:Identification of sectional
needs (M3)
Analysis of State of the Art (M1-M3)
(documentation coming from CSAs, nano-EAG, ERANET and other
nano-initiatives)
Copyright: microTEC Gesellschaft für Mikrotechnologie mbHand CSA Nanofutures
How to get involved in new NANOfutures
•
Free subscription to NANOfutures website: www.nanofutures.eu
•
Access to NANOfutures participant database
•
Information on nanotechnology related news.
•
Contact: [email protected]
•
Participation of the Working Groups
•
Contribution to European vision on nanotechnology, based on an industry-driven approach
•
Register via webpage and directly by being active there and/or
•
Contact: [email protected]
Information source FP calls, ETPs:
http://cordis.europa.eu/ and http://cordis.europa.eu/technology-platforms/
Follow @nanofutures at twitter and check also http://www.nanofutures.eu
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für
Mikrotechnologie
mbH
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