nanotechnology lab ltfn - european commission · research & innovation network: nanonet ()...

Meeting 22/05/2017, Thessaloniki, Greece

1

Nanotechnology Lab LTFN Aristotle University of Thessaloniki

GR-54124 Thessaloniki, Greece, www.ltfn.gr


2

Contents

• Nanotechnology Lab LTFN

• LTFN Setup and Activity Profile

o Key Pilot lines & Equipment

o Application Areas

o Collaboration Partners Industry

• Projects – Financials & Networks

- Projects

- NANOTEXNOLOGY Multi-events

- Nanonet & Nanomed

- HOPE-A

• Output and Impacts

o Training

o Books

o Patents

o Spin-offs & Start-ups


3

Nano Lab LTFN: At a Glance

Stents & Implants Packaging Lenses

& Cutting Tools

Nanotechnology Lab LTFN - Aristotle University of Thessaloniki Founded by Prof. S. Logothetidis in 1991

LTFN Innovative Technologies: • Thin Films & Nanoengineering • Organic & Printed Electronics • Nanomedicine & Nanobiotechnology • Nanometrology & Optical Technology • Computational Modeling at Nanoscale

http://www.ltfn.gr

© LTFN 2012

OPVs

OTFTs Biosensors

Razor Blades

• 30-35 Expert Scientists (Physicists, Chemists, Engineers, Biologists, Medicine)

• 5-7 Technicians & Support • 2300 m2 of Lab Space • >70 Affiliated Labs • 100 Affiliated Researchers in Europe

OLEDs

Wearables


4

Nano Lab LTFN: Applications

• Organic Electronics: OLEDs for displays and

lighting, OPVs, OTFTs, Sensors, RFID

• Energy: OPVs for Electricity, OLED lighting for

Energy efficiency

• Wearables: Smart Textiles with energy and

lighting functionalities

• Buildings: Energy efficient buildings, Lighting,

Tents, Roofs

• Automotive: Energy generation and Autonomy,

Solar roofs

• Agriculture: Energy efficient Mediterranean

Greenhouses by OPVs & OLEDs, Smart

Packaging

• Smart Packaging: Food, Consumer products,

Pharmaceutical products

• Nanomedicine: Drug Delivery Systems, Stents,

Orthopaedic implants, Contact lenses, Biosensors

• Information Technology: Organic Electronics,

Micro-electronics, Optoelectronics and Optics,

Storage and Displays, Micro–fabrication, IoT


5

Nanotechnology Lab LTFN Location

Host Organization: Physics Department, Aristotle University of Thessaloniki, Greece

COPE-H, Thermi, Airport Area School of Exact Sciences, AUTh


6

Research & Manufacturing of OE Devices for Applications in: Energy, Lighting, Electronics, NanoBioMed, Smart Textiles & Food Packaging, Greenhouses, etc

• Area: 2000 m2

• Clean Rooms: 600 m2

• R2R Pilot & Production Line for Fabrication Large Area OEs

• OVPD Pilot Line • S2S Pilot Line for OE Devices • CVD Pilot Line for Graphene on 6’’ Substrates • Slot Die, Ink-Jet Printer Systems for OE Devices

• In-line Pulsed Laser & Metrology Technologies

Center of Organic & Printed Electronics – Hellas (COPE-H)


7

Overview of Facilities & Infrastructures

Thin Films Fabrication & Nanomaterials Synthesis

UHV, HV chambers for PVD methods

Lab scale R2R line Printers (Inkjet, gravure)

Optical Technology & Nanometrology

• 9 Unique Spectroscopic Ellipsometers (IR-NIR-Vis-fUV) • 4 Unique Raman Systems • 2 In-line Photoluminescence Systems

Characterization – NanoMetrology - Testing

Spray Technologies

NANOMEDICINE


8

OVPD Gas Transport Pilot Line • Fabrication of OPVs, OLEDs, OTFTs, Sensors, etc

• In-situ (SE & RS) Metrology for Quality Control

R2R Printing Pilot & Production Line • Printing (Gravure, Slot die, Inkjet, Screen) Techniques

• OPVs, OLEDs, OTFTs, Sensors, etc.

• In-line (SE & RS) Metrology for Quality Control

• Pulsed Laser for Scribing/Structuring/Ablation

• Encapsulation Module

CVD Pilot Line • Growth on 6 inch Substrates

• Graphene & other 2D Materials

• Real time (SE and RS) Metrology

S2S Hybrid Pilot Line • Inkjet, Slot die, VTE, etc

• Solar Simulators (up to A4 size)

• OPVs, OTFTs, OLEDs, Sensors, etc.

© LTFN 2015

LASER Structuring

Characterization Capabilities • IR to far UV SE, Raman, PL, SNOM

• In-Situ, In-Line, Real-Time, Ex-Situ Optical Monitoring

• Methodologies & Computational modeling

• AFM, X-rays, XPS, Electrical & Barrier properties

• Nanoindentation, Contact Angle measurements

Nanotechnology Lab LTFN: Organic & Printed Electronics Pilot Lines


9

Nano LTFN: 26 Years of Excellence & Technologies….

TransMach

1997-2000

Encapsulant (Flexible polymer layer)

Functional Thin Film

electronic modules

(ITO layers, electron transport

layers, organic emitters, etc.)

Encapsulated

FEDsFEDs

roll

roll

Encapsulant (Flexible polymer layer)

Functional Thin Film

electronic modules

(ITO layers, electron transport

layers, organic emitters, etc.)

Encapsulated

FEDsFEDs

roll

roll

roll

roll

Flexible Food Packaging

SiOxAdhesivePET, 12 µm

PET, 12 µm

SiOxAdhesivePET, 12 µm

PET, 12 µm

Encapsulation of Flexible Electronic

Devices

Vacuum Technologies

a-Si

TiN

Ti

OUTSTANDING

Collaboration with 15Greek

Organizations

Fabrication of Organic

Electronics in Central

Makedonia

2000-05 2005-08 2008-11

TransMach

1997-2000

NanOrganicYFATRONIC

2010-2013 2011-2014

Processes & Technologies for Flexible Organic

Electronics Production

© LTFN

OUTSTANDING OUTSTANDING

2013-2016

Development of Smart Pilot Lines for the

Precision Synthesis of

Organic Electronics

Conformable OPV in windshield (top ) Conformable OPV in

back window (top )

2000-2005 2005-2008 2008-2011

Processes & Technologies

for Flexible OEs Production

2010-2013

Collaboration

with 8 Greek

Companies

2011-2014

Fabrication of Organic

Electronics in K. Makedonia

© LTFN

2013 - 2017

Develops 2 Pilot Lines in Thessaloniki for

OE Products

Greek - Green Sustainable Energy

& Lighting

20 Greek Companies

GLADIATOR Graphene Layers:

Production, Characterization & Integration

SmartLine

2017 - 2020

Smart in-line

metrology & control

for boosting yield of

manufacturing

Factory of the

Future

TOP 3 EU

Project…..


10

LTFN Coordination & Participation in R&D Projects

01/01/1989 28/09/1991 24/06/1994 20/03/1997 15/12/1999 10/09/2002 06/06/2005 02/03/2008 27/11/2010 23/08/2013 19/05/2016 13/02/2019

ESPRIT

PENED87

BREU

LSI

STRIDE HELLAS

STRIDE

PENED89

PENED89

PENED89ED310

PENED91

LSI

EPET333

TMR

PENED1995

PENED1995

ISOTECH

CERFIL

YPER97

ERNST

MULTISENS

PENED1999

PENED2000

PAVE

TRANSMACH

PAVET2

IPE

GR-GER

GR-HUNG

PAVET1

LAVINYA

IPE

PENED2001

TECHNO

N&N

GR-SER

PYTHAGORAS II

FLEXONICS

PENED2003

POLYNET

OLATRONICS

NANOINDENT

OMALANP

LILA

RI

FLEXNET

CYPRUS

NANORGANIC

YFATRONIC

NANOARTHROCHONDROS

COLAE

ROLEMAK

NANOCARDIO

SMARTONICS

NANOHYBRID

GRLIGHT

GLADIATOR

GRELECT

PLASMONHARVEST

BASMATI

NANOREG II

SMARTLINE

Coordination

Participation

0

500

1000

1500

2000

2500

3000

ESP

RIT

PEN

ED87

BR

EU LSI

STR

IDE

HEL

LAS

STR

IDE

PEN

ED89

PEN

ED89

PEN

ED89

ED3

10

PEN

ED91 LS

I

EPET

33

3

TMR

PEN

ED19

95

PEN

ED19

95

ISO

TEC

H

CER

FIL

YPER

97

ERN

ST

MU

LTIS

ENS

PEN

ED19

99

PEN

ED20

00

PA

VE

Tran

sMac

h

PA

VET

2

IPE

Gr-

Ger

Gr-

Hu

ng

PA

VET

1

LAV

INYA IP

E

PEN

ED20

01

TEC

HN

O

N&

N

Gr-

Ser

Pyt

hag

ora

s II

Flex

on

ics

PEN

ED20

03

PO

LYN

ET

OLA

tro

nic

s

NA

NO

IND

ENT

OM

ALA

NP

LILA R

I

FLEX

NET

Cyp

rus

Nan

org

anic

Yfat

ron

ic

Nan

oA

rth

roC

ho

nd

…

CO

LAE

Ro

leM

ak

NA

NO

CA

RD

IO

Smar

ton

ics

NA

NO

HYB

RID

GR

LIgh

t

GLA

DIA

TOR

GR

ELEC

T

Pla

smo

nH

arve

st

BA

SMA

TI

NA

NO

REG

II

Smar

tLin

e


11

Industrial Collaborators • FCA (Fiat Chrysler Automotive)

Centro Riserche Fiat, Italy

Physical Analysis Department, Group Materials Labs, Group Surface Engineering Labs

• AIXTRON Ltd, UK

• AIXTRON SE, Germany

• Horiba Jobin Yvon, France

• Applied Materials

• Coatema, Germany

• ELAS, Lithuania

• SURAGUS, Germany

• Laytec, Germany

• IBS Engineering, The Netherlands

• AMCOR, Switzerland

• Graphenea, Spain

• Oxford Lasers, UK

• Violex BIC, Athens, Greece

• Union Optic, Thessaloniki, Greece

• Advent, Patras

• Kechagias Super Alloys, Thessaloniki, Greece

• ELVE SA, Kavala

• Prisma Electronics, Alexandroupolis

• Biohellenica, Thessaloniki

• Siamidis Textiles, Athens

• MIRTEC EVETAM, Athens

• Compucon, Thessaloniki

• OET, Thessaloniki


12

Depts. of Chemistry, Biology Physics, Medicine

Dept. Physics Institute Microelectronics

“Demokritos” (IMEL)

Dept. Physics, Polytechnic School

Institute Microelectronics “Demokritos” (IMEL)

Founder of Interscientific Post Graduate Program since 2002

"Nanosciences and Nanotechnologies - N&N” Aristotle University of Thessaloniki - AUTh

• The 1st MSc in Europe

• 30 PhDs

• >20 PhD Candidates

• >205 Graduates

• 50 Active Students

• 30 MSc Thesis ongoing http://nn.physics.auth.gr 12

Co-Founder Post Graduate Program since 1995

"Materials Physics and Technology”

AUTh

http://mater.physics.auth.gr

Nano Lab LTFN: Education & Training MSc Studients


13

Output and Impacts: Chapters & Books

Total: 26 Chapters & Books

1 1 1 1

2

1 1

7

2

9

0

1

2

3

4

5

6

7

8

9

10

19

91

19

93

19

95

19

97

19

99

20

01

20

03

20

05

20

07

20

09

20

11

20

13

20

15

- Handbook of flexible organic electronics,

Materials, manufacturing and applications”, Ed. by

S. Logothetidis, 2014, Woodhead Publishing

- “Horizons in Clinical Nanomedicine", Ed. by S.

Logothetidis, V. Karagkiozaki, 2014, Pan Stanford

Publishing

- “Nanomedicine and Nanobiotechnology”, Ed. by S.

Logothetidis, NanoScience and Technology, Springer,

2012

- “Nanostructured Materials and Their

Applications”, Ed. S. Logothetidis, NanoScience and

Technology, Springer, 2012


14

1. US Patent No: 7,777,882, "Method for the in-situ and real-time determination of the

thickness, optical properties and quality of transparent coatings during their growth

onto polymeric substrates and determination of the modification, activation and the

modification depth of polymeric materials surfaces" S. Logothetidis

2. PCT/GR2011/000018 (published under WO2012/143742A1): "Method for in-line

determination of film thickness and quality during printing processes for the

production of organic electronics“ S. Logothetidis

3. Pending patent Application: "Development of Technology for Nanostructures &

Superlattice Coatings (Ultrahard – Biocompatible – Antibacterial) for Mechanical,

Medical and Aesthetics Applications“V. Karagkiozaki, S. Logothetidis

4. PCT/GR2012/0100450: "Method for production of multi- layer nanoporous

biodegradable polymeric coatings and it’s products". V. Karagkiozaki, S.

Logothetidis

5. PCT/15/500698:”Razor Blade Coating”. S. Logothetidis, N. Kalfagiannis, G.

Vlachos

Nano Lab LTFN Output and Impacts: Patents


15

Nano Lab LTFN: Exhibitor in International Exhibitions & Trades


16

NANOTECHNOLOGY - ORGANIC ELECTRONICS & NANOMEDICINE

14 Years in Thessaloniki with >1000

Participants from 60 Countries every year!

www.nanotexnology.com


17

Research & Innovation Network: NanoNet (www.nano-net.gr)

NANONET Clusters

26%

28%19%

12%

7%

8%

Organic Electronics NanomaterialsNanobio EnergyNanometrology Computational

Vertical Clusters

• Nano(Bio)Medicine

• Thin Films & Organic Electronics

• Nanomaterials & Nano-engineering

• Nano in Energy & Environment

Horizontal Clusters

• Nanometrology & Tools

• Modeling at the Nanoscale

• Legal, Ethics & Health Safety Issues

• Official body representing the Greek

Nanomedicine Community in Europe and

worldwide

• Boost Greek Nanomedicine business

sector

• Establish collaborations in Nanomedicine

• Foster Technology Transfer and funding

opportunities

• Translate the Greek Nanomedicine

Research into Clinical Practice

• Comprise an Networking, Dissemination of

Nanomedicine Research Activities

Since 2003

520 Organisations (Universities, Research Centers, Companies,

Hospitals) 225 from Greece 220 from Europe 29 from USA and Canada 35 from Asia 95 Companies 10 Hospitals


18

• Hellenic Organic & Printed Electronics Association (HOPE-A) • Established in 2011 • HOPE-A Founder & President: Prof. S. Logothetidis • Members: 32 • Links & Collaborations with Associations: OES, COPT, AFELIM, JAPEC

with 400 Companies HOPE-A Mission: to Organize the Greek Industrial & Research Entities to Establish the Greek Organic & Printed Electronics Industry and to Support its Activities & Targets Website: www.hope-a.com

HOPE-A Scopes:

• Create a Network of Private Companies Working in the OEs

•Develop Strong links between R&I, Manufacturing and Business

• Create New Applications & Technologies Roadmap

• Enhance the Reputation of the Sector

• Strengthen Contacts with Global Organizations

Hellenic Organic & Printed Electronics Association/ HOPE-A


19

• Create a Network Working in OEs

• Develop links between R&I & Manufacturing

• Generate Applications & Technologies Roadmap

• Enhance the Reputation of the Sector

• Strengthen Contacts with Public

• Distribute Information from the Markets

• Attract Investments in OEs

• Promote the Member’s Activities

• Organize Educational/Training Activities

30/10/2013

www.hope-a.gr

Hellenic Organic & Printed Electronics Association/ HOPE-A

10/6/2014

Collaboration Agreements in Europe:

18/12/2014 05/07/2016


20

Spin-off & Start-up Companies 2001-2005

ano oat

Εταιρεία παραγωγής και διάθεσης προηγμένων νανο-επικαλύψεων για εφαρμογές στους κλάδους Κοσμημάτων & ρολογιών, Διακοσμητικών ειδών,

Επιφανειακής Προστασίας και Βιοσυμβατών συστημάτων


21

• Research & Pilot-Production in OPVs,

Biosensors, OTFTs etc

• In-line Metrology and Quality Control

• Turn Key Solutions in OEs Production

• Novel Processing Services on OEs

Organic Electronic Technologies (OET)

BL NanoBiomed

• Research, Development, Prototyping &

Commercialization of: Nanotechnology - Enabled

Drug Delivery Systems for Implants and

Biomedical Devices

Start-Up Companies in OEs 2012-2014

Nanotypos

• Research & Technology for the Development &

Commericialization of Products realized by of R2R

Nanoimprint Lithography Processes

DEFINE (Designer Endohedral Fullerenes for Information,

Nanotechnology & Energy)

• Scaled Up Production of Endohedral Fullerenes

http://www.oe-technologies.com

http://bl-nanobiomed.com

http://www.oe-technologies.com/




22

Nanotechnology Lab LTFN Aristotle University of Thessaloniki

GR-54124 Thessaloniki, Greece, www.ltfn.gr


23

Engaging with Industrial Stakeholders to Boost OE Industry in Greece

7th WORKSHOP “Creating the Organic & Printed Electronics

Industry in Greece” 18-19 Dec 2014, Thessaloniki

8th WORKSHOP “Boosting the Organic & Printed Electronics

Industry in Greece” 31 May 2016, Thessaloniki

Inauguration of COPE-H, MOU between HOPE-A & JAPEC

nanotechnology lab ltfn - european commission · research & innovation network: nanonet ()...

Documents