National Contact Point for - KPK :: KPK7pr.kpk.gov.pl/naomitec/pic/NAoMITEC_catalogue.pdf ·...

This catalogue was prepared in framework

of the project NAoMITEC

www.kpk.gov.pl/naomitec

National Contact Point for

Research Programmes of the European Union

Institute of Fundamental Technological Research

Polish Academy of Sciences

21 Swietokrzyska Str.

00-049 Warsaw

Poland

October 2006

Catalogue of Polish Organizations

Nano and microtechnologies in:

Aerospace

Automotive

Environment

Health

Information and Communication Technology

�

Foreword

Ladies and Gentlemen

We are pleased to present you this publication containing the profiles of Polish research teams and organizations active in the fields of micro and nanotechnologies in five selected sectors:

Aerospace Automotive Environment Health Information and Communication Technologies

The goal of the catalogue is to promote Polish micro and nanotechnological potential on European market as well as preparation for the 7th Framework Programme.

We hope that presented information will enable you to find the most appropriate Polish partners for future Co-operation in European R&D projects.

NMP Team

National Contact Point

for the Research Programmes of the EU

•••••

�

Strategy for the reinforcement of polish research and development area in the field of nanosciences and nanotechnologies

SummaryThe report presents results worked out by the Interdisciplinary Group for Nanoscience and

Nanotechnology, established by Directive No. 9/2006 issued by the Minister of Education and Science on the 15th of February 2006, in order to create the strategy for the reinforcement of research and development activities in the field of nanosciences and nanotechnologies in Poland.

The development of this strategy results from the dynamic expansion of nanosciences and nanotechnologies in the world and the necessity of ensuring a significant place in this field for Poland. By 2015, it is estimated that about 15% of all products will be produced with the use of nanotechnology. The level of nanosciences and nanotechnologies development will definitely determine Poland’s position in the global, competitive economy. The important position of nanotechnology is a result of a continuous increase in the understanding of the nanoscale phenomena and the opportunities they offer due to their tremendous potential in commercial application. Today, we can influence matter by purposeful arrangement of the units of the nanometre structure. It results in discovering new phenomena, improving already existing products and developing new industrial branches. Nanosciences and nanotechnologies will be the most important factor in the development of the economy in the next 20 years.

The Group carried out the SWOT analysis for Poland in the field of nanosciences and nanotechnologies against the background of other countries. The expert method and statistical survey were used, and consultations were held with diverse Polish research milieu. In accordance with the division recognised by European Union, the analysis took into account the following: research and development, infrastructure, staff development, industrial innovations and social dimensions. The classification of research fields was elaborated, which enabled communication among scientists and specialists-practitioners in the field of nanosciences and nanotechnologies and also made possible precise formulation of strategic goals.

It was found that there are solid foundations for the development of nanosciences and nanotechnologies in Poland, and strategic support of research and development activities will undoubtedly lead to an increase in the competitiveness of the Polish economy and Polish research teams. To achieve this goal, the multi-year programme and a virtual network of institutes (including the nanotechnology institute) should be launched. Investments in Expanding the Polish infrastructure should be adjusted to the specific character of the established research networks and centres equipped with high quality up-to-date research and laboratory apparatus. Also, organisational changes should be introduced in order to increase the efficiency of the exploitation of resources. The point where nanosciences and nanotechnologies will have a significant impact on the realisation of the national development strategy will result from accelerating decision-making procedures, increasing the flexibility of research programmes, strengthening the collaboration of research teams and strategic long-term co-operation with industry, together with a substantial investment. Opportunities for young, outstandingly talented scientists should be improved. Such activities must be supported by changes in the economic policy to increase the innovativeness of the economy.

�

The Group indicated the research fields that should be strategically supported. Those research areas are as follows: nanoscale phenomena and processes, nanostructures, nanomaterials, nanoscale devices, and elaborating analytical and technological devices needed in the development of the basic strategic areas. Indicated scientific directions are compatible with European priorities. Increasing the participation of Polish scientific groups in European research activities requires strengthening Poland’s representation in EU structures as well as concrete support for their activities.

The acknowledged foundation of the strategy is human resources: present scientific staff and talented, well-educated young scientists who are willing to work within interdisciplinary teams. Human recourses are a crucial factor for the success of nanotechnology development in Poland.

Full version of the document (in Polish and English) can be found at NanoZespół website: http://www.nanozespol.pl/dokumenty/raport_koniec.pdf

Institutions and Associations

Nano and microtechnologies catalogue: Institution and Association Institution and Association 9

Andrzej Soltan Institute for Nuclear Studies Institution and Association

05-400 Otwock/Świerk, Polandphone: +48 22 718 05 83

fax: +48 22 779 34 81e-mail: [email protected]

website: www.ipj.gov.pl

PROFILE OF THE INSTITUTIONThe Andrzej Soltan Institute for Nuclear Studies is a state owned laboratory. It carries out pure and applied research on subatomic physics, i.e. elementary particles, low and high energy nuclear physics, plasma physics and related material research. The Institute specializes in material research with nuclear techniques. The technique for modifying surface properties by means of pulsed plasma beams as well ion implantation technique are applied. The experimental technique (Jet Counter) has been developed for studying the interaction of charged particles with nanometre size objects.

AREA OF INTERESTProduction:

Nanotechnologies in: Pure and applied research

Research: Nanotechnologies in: Radiation interaction (damage) studies

Relevant technologies:Microtechnologies: Plasma technologyNanotechnologies: Radiation interaction (damage) studies

EUROPEAN OR NATIONAL PROJECT EXPERIENCEType of project: European

Radiation Quality Assessment based on Physical Radiation Interaction at Nanometer Level

Research areas: Nanodosimetry

EUROPEAN AND NATIONAL SCALE TECHNOLOGY OFFERSEuropean:

Experimental modelling of elementary charge generation in nanometre size structures by ionizing radiation

Area of application: Nanoelectronics, Biology

•

•

••

•

•

Contact person: Dr. Stanisław Pszonaphone: +48 22 718 05 65

e-mail: [email protected]

Aerospace

Automotive

Environment

Health

ICT

Other


Institute of Metallurgy and Materials SciencesPolish Academy of SciencesInstitution and Association

30-059 Kraków, PolandW. Reymonta 25

phone: +48 12 637 42 00fax: +48 12 637 21 92

e-mail: offi [email protected]: www.imim.pl

PROFILE OF THE INSTITUTIONFabrication and characterization of silicon solar cells. Texturization of silicon wafers. Diff usion processes. Deposition of silicon nitride layers by PECVD. Antirefl ection coatings. Passivation of defects in polycrystalline silicon. Impurity gettering. Characterisation of solar cells.

AREA OF INTERESTResearch:

Microtechnologies in: Environment

Relevant technologies:Microtechnologies: Micro ElectronicNanotechnologies: Nano-structured materials, silicon quantum dots


Joint Project with the Laboratoire de Chimie Metallurgique des Terres Rares Centre National de la Recherche Scientifi que, (No. 9521): “Application of Porous Silicon to Silicon Solar Cells” (2000-2004)MIRA 2005 project (fi nanced by region Rhône-Alpes) with the Laboratoire de Physique de la Matiere, INSA, Villeurbanne Cedex, France: “Couches antirefl et à indice graduel et nanostructuration du nitrure de silicium”

Research areas: Photovoltaics

Type of project: NationalElaboration of high effi ciency monocrystalline and multicrystalline silicon solar cell in the frame of PBZ KBN 05/T11/98 “Development of Photovoltaics to Produce Electricity in Poland” (1999-2002)“Gradded layers for high effi ciency silicon solar cell application” in the frame of “Designing and producing functional graded materials” PBZ/T08/2003 (2004-2007)Statutory works of IMSA PAS Z-2: Defect engineering in polycrystalline silicon for the silicon solar cells (2005-2007)

Research areas: Photovoltaics

EUROPEAN AND NATIONAL SCALE TECHNOLOGY OFFERSEuropean/National:

Complex structure certifi cated examinations in conformance with standard ISO Quality System

Area of application: Investigation of nanostructures

•

••

•

•

•

•

•

•

Aerospace

Automotive

Environment

Health

ICT

Other


EUROPEAN AND NATIONAL SCALE TECHNOLOGY NEEDSEuropean/National:

Deposition of SiN: H layers

Area of application: High effi ciency silicon solar cells

•

Contact person: Marek Lipińskiphone: +48 33 817 42 49



Institute of Molecular PhysicsPolish Academy of SciencesInstitution and Association

60-179 Poznań, PolandSmoluchowskiego 17

phone: +48 61 869 51 00fax: +48 61 868 45 24

website: www.ifmpan.poznan.pl

PROFILE OF THE INSTITUTIONThe Institute of Molecular Physics of the Polish Academy of Sciences is one of the largest research institutes in Poland. Since the establishment of our Institute (1975), we have focused on magnetic and dielectric materials. Our ongoing research in the fi eld of physical properties of nanostructured materials comprises magnetoelectronics (both theory and experiment), physics of quantum dots and nanowires, organic low-dimensional and molecular materials as well as smart dielectric materials with adaptable/controlled or processing functions. The main innovative feature of our measures is to orientate our future scientifi c interest toward new priority areas related to physics of nanostructured magnetic, molecular and dielectric materials. Stress will be put on application-oriented research related to sensors and nano-devices important for future electronics.


Nanotechnologies in: ICT

Relevant technologies:Nanotechnologies: Ultra-thin layers, Nano-structured materials, Self-organising eff ects

EUROPEAN PROJECT EXPERIENCE (EXAMPLES)1. Centre of Excellence for Magnetic and Molecular Materials for Future Electronics – FP5

Centre of Excellence for Magnetic and Molecular Materials for Future Electronics (acronym MMMFE) operated from December 1st, 2002 to November 30th, 2005 at the Institute of Molecular Physics, Polish Academy of Sciences in Poznań. Its purpose was to extend research in solid state physics of new materials in areas of recognized importance for future applications in novel electronics, in particular, in spin-dependent transport in nanostructured and layered systems as well as new magnetic materials for magnetoelectronics; in the design of new organic low-dimensional and molecular materials as well as the search for new molecular electronic devices, and studies of ferroelectric polymers, electroactive ceramic-polymer composites and liquid crystals for modern sensor and actuator applications. The strategic aspects of MMMFE included: search for future applications in electronics, international research and organization of scientifi c meetings, education and promotion of young physicists.

2. Marie Curie Research Training Network “Fundamentals of Nanoelectronics” – FP6

This large European project is mainly devoted to the support of young scientists in their international collaboration and knowledge exchange. It is composed of 12 European main nodes in which 3 new EC members are included: Poland, Hungary and Slovenia. The scope of the project is the fundamental research of various aspects of mesoscopic physics collected in six main subjects: 1. Quantum Coherence, 2. Hybrid Nanostructures, 3. Spintronics, 4. Chaos Noise and Fluctuations, 5. Strong Correlations in Nanostructures and 6. Molecular Electronics. The project covers period from May 1st 2004 to April 30th 2008.

Research areas: Nanoelectronics

•

•

Aerospace

Automotive

Environment

Health

ICT

Other

Nano and microtechnologies catalogue: Institution and Association Institution and Association 1�


The Institute possesses a technological basis for the growth of ferroelectric crystals, electrets foil modifi cation, liquid crystal manipulation, ferromagnetic thin fi lms and multilayers producing in high vacuum as well as bulk inter-metallic samples and amorphous ribbons.

Area of application: The possible areas of application cover acoustic and infrared sensors, electrically controlled optical fi lters based on liquid crystals, magnetic sensors with suitable magnetoresistive characteristics, spin valves


The experimental scientifi c potential of the Institute would be greatly enhanced by the access to the precision lithography equipment, focused ion beam equipment as well as to synchrotron radiation facilities and neutron diff raction apparatus

Area of application: Topological and magnetic structurizing of the thin fi lms and bulk magnetic samples

•

•

Contact person: Roman Świetlikphone: +48 61 869 51 65


Large companies

Nano and microtechnologies catalogue: Large companyLarge company 17

Exact SystemsLarge company

52-314 Wrocław, PolandCukrowa 18A/6

phone: +48 34 365 58 26fax: +48 34 365 58 26

e-mail: offi [email protected]: www.exactsystems.pl

PROFILE OF THE INSTITUTIONExact Systems Ltd. is providing timely, cost-eff ective rework, sorting, and inspection services to manufacturers and suppliers across Poland and Europe. The Company dispatches inspection teams when clients receive defective or improper parts, components from suppliers. Those teams analyze and sort the problem parts, with the goal of getting the production line back in business as quickly as possible.


Microtechnologies in: AutomotiveNanotechnologies in: Automotive

Research: Microtechnologies in: AutomotiveNanotechnologies in: Automotive

Relevant technologies:Microtechnologies: Control & Rework ServicesNanotechnologies: Control & Rework Services

••

••

••

Contact person: Paweł Gosphone: +48 509 399 293


Aerospace

Automotive

Environment

Health

ICT

Other

Public Research Centres

Nano and microtechnologies catalogue: Public Research Centre Public Research Centre 21

BOSMAL R&D CenterPublic Research Centre

43-300 Bielsko – Biała, PolandSarni Stok 93

phone: +48 33 813 05 40fax: +48 33 812 50 38

e-mail: [email protected]: www.bosmal.com.pl

PROFILE OF THE INSTITUTIONThe major object of the Bosmal activity is performing services in the fi eld of research, testing, development and initiating to production for the both domestic and foreign automotive industry. High qualifi cations and many years of experience of our staff ensure high level of performed services. Moreover our laboratories are equipped with modern, often unique apparatus, testing stands and equipment.


Microtechnologies in: AutomotiveNanotechnologies in: Automotive

••

Contact person: Arkadiusz Stojeckiphone: +48 33 813 05 00


Aerospace

Automotive

Environment

Health

ICT

Other


Center of Medical Biology Polish Academy of Sciences

Public Research Centre

93-232 Łódź, PolandLodowa 106

phone: +48 42 272 36 33fax: +48 42 272 36 30

e-mail: [email protected]: www.cbm.pan.pl

PROFILE OF THE INSTITUTIONThe Centre of Medical Biology of the Polish Academy of Sciences conducts research within biomedical sciences, focused on explaining basic molecular mechanisms of physiological and pathophysiological processes, as well as medical biotechnology including genomics, proteomics, chemistry and biochemistry of nucleic acids. The entre actively contributes to the progress of these research fi elds, especially by developing novel methods for basic and applied studies.


Microtechnologies in: Chemistry of nucleic acids, DNA based materialsNanotechnologies in: Chemistry of nucleic acids, DNA based materials

Relevant technologies:Nanotechnologies: DNA molecular probes

EUROPEAN OR NATIONAL PROJECT EXPERIENCEType of project: National

Conjugates of DNA and boron clusters (boron cluster metal complexes), synthesis, structure/function relationship studies, physicochemical and biochemical evaluation, electrochemical detection studies.

Research areas: Chemistry of nucleic acids, diagnostic of viral infections based on DNA hybridization technologies


New electrochemical label for biomolecules and its application for electrochemical DNA biosensors. The metallacarboarane/DNA conjugates forms a new class of bioinorganic materials merging biological properties of nucleic acids as information encoding molecule with inorganic properties of metals such us electric charge, redox and photophysical properties. Electrochemical detection of nucleic acids is an attractive alternative to established fl uorescence and others optical coding technologies, with advantages including cost, sensitivity, and direct electronic readout.

Area of application: DNA biosensors, medical diagnostics, environment protection and safety

EUROPEAN AND NATIONAL SCALE TECHNOLOGY NEEDSEuropean:

Electrical biochip technology

Area of application: Biosensors based on electrochemical detection of DNA

••

•

•

•

•

Contact person: Prof. Zbigniew J. Leśnikowskiphone: +48 42 272 36 29


Aerospace

Automotive

Environment

Health

ICT

Other

Nano and microtechnologies catalogue: Public Research Centre Public Research Centre 2�

Industrial Chemistry research Institute Public Research Centre

01-793 Warszawa, PolandRydygiera 8

phone: +48 22 568 20 00fax: +48 22 633 93 34e-mail: [email protected]

website: www.ichp.pl

PROFILE OF THE INSTITUTIONIndustrial Chemistry Research Institute (ICRI) was founded (originally as the Chemical Research Institute) in 1922 and is the oldest and largest chemical institute in Poland. The research laboratories of the Institute have been grouped into Departments covering polymers, organic synthesis, catalysis, environmental protection, chemical analysis, chemical engineering and process design. Institute’s achievements consist of more than 1600 patents granted in and out of Poland, several hundred chemical processes and equipment units developed, industrially applied, commercialised and licensed in the country and abroad. Since 1956, ICRI has been publishing “Polimery”;, the major Polish monthly in polymer science (impact factor 0.99). Centre of Advanced Technology: Chemistry for Economy CHEMCAT and Centre of Competence for Advanced Polymeric Materials of Industrial Importance POLMATIN are situated in the structure of ICRI.


Nanotechnologies in: Automotive, Health, research and technology development in the field of nanomaterials

Research: Nanotechnologies in: Automotive, Health, Aerospace, New polymeric materials, Nanomaterials, Nanostructured polymer systems

Relevant technologies:Microtechnologies: Micro Electronics, Protective coatingsNanotechnologies: Nano-structured materials, Self-organising eff ects


“Development of new antigraffi ti coatings with improved properties AG-COAT” FP6 – CRAFT, ended in 2004“New approaches to low-temperature curable coatings for powder and decorative applications LOTEC” – FP5 GROWTH, ended in 2004“Re-use of glassfi bre reinforced plastics by selective shredding and reactivating the recyclate REACT” FP6 CRAFT, end of the project 31.05.2005“Centre of Competence for Advanced Polymeric Materials of Industrial Importance POLMATIN” – end of the project 31.12.2005

Research areas: protective coatings with controlled properties, nanostructured polymer systems


Polymer nanocomposites, nanoparticles for modifi cation of nanostructured polymer systems

Area of application: protective coatings with controlled properties, new advanced polymeric materials

•

•

••

••

•

•

•

Contact person: Dr. Maria Zieleckaphone: +48 22 568 28 40


Aerospace

Automotive

Environment

Health

ICT

Other


Industrial Research Institute for Automation and Measurements “PIAP”


02-486 Warszawa, PolandAl. Jerozolimskie 202

phone: +48 22 874 01 71fax: +48 22 874 02 09

e-mail: [email protected]: www.piap.pl

PROFILE OF THE INSTITUTIONIndustrial Research Institute for Automation and Measurements PIAP is widely cooperating with industrial and scientifi c organizations from European Union. This Co-operation is focused mainly on the research and development as well as scientifi c projects co-fi nanced by European Commission with in Framework Programmes. PIAP was actively participating in 4th, 5th and 6th Framework Programmes. Moreover PIAP is collaborating as well with scientifi c and industrial organizations from USA. This co-operation is concentrating on systems for increase of railway security, road and maritime transportation as well as development of industrial systems for automated production of electronic devices.


Microtechnologies in: Automotive, Health, Aerospace, Environment and ICT

Research: Microtechnologies in: Automotive, Health, Aerospace, Environment and ICT

Relevant technologies:Microtechnologies: Micro electronics, Micro optics, Micro mechanics, Micro fl uidics, Micro robotics, System integration (micro), System integration (micro/nano)

EUROPEAN OR NATIONAL PROJECT EXPERIENCEType of project:

Five EU funded projects and ten National level projects

•

•

•

•

Contact person: Dr. Roman Szewczykphone: +48 22 874 01 71


Aerospace

Automotive

Environment

Health

ICT

Other


Institute of AviationPublic Research Centre

02-256 Warszawa, PolandKrakowska 110/114

phone: +48 22 846 37 12fax: +48 22 846 44 32

e-mail: [email protected]: www.ilot.edu.pl

PROFILE OF THE INSTITUTIONThe main mission of the Institute of Aviation (est. 1926) is to provide scientifi c and research support for Polish aeronautics industrial enterprises and for governmental, civil and military agencies involved with aviation and related areas. Activity in the IoA extends from scientifi c fundamental research, through experimental and numerical eff orts in development phase of new projects to design works of new products from executive to jet trainer-combat aircraft, piston and jet engines, light helicopters and other equipment like landing gears. Research and development capabilities of IoA cover many aspects of aeronautics design and optimisation like aerodynamics, fl ight mechanics, structures materials avionics, fl ight tests and alternative fuels in aviation.


Microtechnologies in: Aeronautics

Research: Microtechnologies in: Aeronautics

Relevant technologies:Microtechnologies: System integration (micro), System integration (micro/nano)


6th Framework Programme: IP, STREP, SSA, CA

Research areas: aeronautics

1. HELIX – “Innovative Aerodynamic High Lifts Concepts” 2. HIRET – “High Reynolds Number Tools and Techniques for Civil Transport Aircraft Design” 3. UAVNET – “Civilian Uav Thematic Network: Technologies, Application, Certifi cation” 4. NAS-TAURUS –“Technology Development for Aeroelastic Simulations on Unstructured Grids” 5. X2-NOISE – “Thematic Network on Aeroacoustics of New Aircraft & Engine Confi gurations – Impact of Aircraft

Noise on Future Designs” 6. FLITE – “Flight Test Easy”7. FLITE -2 –”Flight Test Easy –Extension”8. AERONET III – “Coordination Action of European Commision on Aircraft Emission and Reduction

Technologies” 9. ADLAND – “Adaptive Landing Gears for Improved Impact Absorption”10. SCRATCH IV – “Support for Collaborative Aeronautical Technical Research” 11. HISAC – “High Speed Environmentally Friendly Aircraft”12. AIRTN – “Air Transport Net”

•

•

•

•

Aerospace

Automotive

Environment

Health

ICT

Other


13. UFAST – “ Unsteady Eff ects of Shock Wave Induced Separation”14. SOFIA – “Safe Automatic Flight Back and Landing of Aircraft” 15. EPATS – “European Personal Air Transportation System” 16. SCRATCH – “Support for Collaborative Aeronautical Technical Research”17. SUPERSKYSENCE – “Smart Maintenence of Hydraulic Fluid Using on Board Monitoring and Reconditioning

System”

Contact person: Zbigniew Pągowskiphone: +48 22 846 37 12



Institute of Biopolymers and Chemical FibresPublic Research Centre

90-570 Łódź, PolandSkłodowskiej-Curie 19/27

phone.: +48 42 6376744fax: +48 42 6376214

e-mail: [email protected]: http://www.ibwch.lodz.pl

PROFILE OF THE INSTITUTIONIBWCh is active in R&D manufacture and application of special polymers and man-made fi bres for medicine and hygiene products, commodity textiles with special out-fi t (e.g. antibacterial, antifungal and antimite), agruculture (e.g. like plant care and protection). The research and development works conducted at IBWCh may be split into three main groups:

biomaterials and biotechnologynatural polymers and fi bressynthetic polymers and fi bres

IBWCh prepares also expertises, studies and market research.


Microtechnologies in : Environment and biotechnologyNanotechnologies in: Health and biotechnology

Research: Microtechnologies in: Environment and biotechnologyNanotechnologies in: Health and biotechnology

Relevant technologies:Microtechnologies: Micro structured materials, fi brids and compositiesNanotechnologies: Nano-structured materiale, Nanofi brids, Non woven, Nano composites

EUROPEAN OR NATIONAL PROJECT EXPERIENCENational:1. “Investigation of manufacture process of nanoand micro-fi bres by electrospinning method from Poly Lactid

Acid (PLA)” manufacture and evaluation of physico-mechanical and biological properties of non-wovens made from nano and micro PLA fi bres (research area: health, medicine)

2. “Synthesis of nanocomposites of PA-6” modifi cation of PA-6 by addition of nano-fi llers during synthesis of plastics (research area: textiles, plastics processing)

3. “Acoustic membranes from modifi ed bacterial cellulose (BC)” new type of loudspeakers based on chitosan modifi ed bacterial cellulose was elaborated (research area: technical applications)

EUROPEAN AND NATIONAL SCALE TECHNOLOGY OFFERSEuropean:1. Manufacture of non-woven from nano and micro fi bres by electrospinning technique from polymer solutions

such as PLA, PA6, PVA and others.

Area of application: medical dressings, fi lters, surface modifi cation of other non-woven

•••

••

••

••

Aerospace

Automotive

Environment

Health

ICT

Other


2. Application of chitosan and chitosan/alginate fi brids for medical biomaterials, manufacture of composite medical dressings based on micro and nano chitosan forms and chitosan/alginate forms.

Area of application: Medicine3. Biological dressings materials from modifi ed bacterial cellulose, method of manufacture of dressings materials

from bacterial cellulose modifi ed by oligo and polyaminosaccharides for hard-to-heal wounds. Area of application: Medicine 4. Manufacture of micro fi brids from natural polymers such as: cellulose, chitosan, alginate, starch, non-wovens

based on these materials.

Area of application: Medicine, Hygiene

Contact person: Dr. Danuta CiechańskaTel.: +48 42 637 67 44



Institute of Catalysis and Surface ChemistryPolish Academy of Sciences


30-239 Kraków, PolandNiezapominajek 8

phone: +48 12 639 51 01fax: +48 12 425 19 23

e-mail: [email protected]: www.ik-pan.krakow.pl

PROFILE OF THE INSTITUTIONInstitute of Catalysis and Surface Chemistry is the only independent scientifi c institution in Poland and one of only eight in the world devoted entirely to the research in catalysis and chemistry of interfaces. The activities of the Institute cover the interdisciplinary fi eld of the physical chemistry of phenomena occurring at solid/gas, liquid/gas and solid/liquid interfaces with an emphasis put on their signifi cance and mechanism in catalysis, fl otation, adsorption and detergency. The Institute integrates fundamental theoretical and experimental studies and combines them with applied research whose results can be directly used to improve technological processes.


Microtechnologies in: EnvironmentNanotechnologies in: Environment

Relevant technologies:Microtechnologies: Micro fl uidicsNanotechnologies: Ultra-precise surfaces, Ultra-thin layers, Bio-molecular layers, Nano-structured materials, Self-organising eff ects


Dynamics in Nano-scale Materials Studied with Synchrotron Radiation (FP6 STREP) Transfer of Knowledge in Design of Porous Catalysts (ToK) Scientifi c Network “Susfactants and Dispresed Systems in Theory and Practise” (FP6 SSA) Nanocapsels for Targeted Controlled Delivery of Chemicals (FP6 STREP) Co-ordination of Nanostructured Catalytic Oxides Resarch and Development in Europe (FP6 CA) Integrated Design of Catalytic Nanomaterilas for a Sustainable Production (FP6 NoE) Catalytic Cleaning of the Gases from Chlorinated Hydrocarbons (EC EUREKA)

Research areas: Catalysis, environment protection, coloidal systems

••

••

•••••••

Contact person: Prof. Małgorzata Witkophone: +48 12 639 51 01


Aerospace

Automotive

Environment

Health

ICT

Other

Nano and microtechnologies catalogue: Public Research Centre Public Research Centre �0

Institute of Electron Technology Microand NanoTechnology Applied RC


02-668 Warszawa, PolandAl. Lotników 32/46

phone: +48 22 548 77 00fax: +48 22 847 06 31

e-mail: [email protected]: www.ite.waw.pl

PROFILE OF THE INSTITUTIONThe Institute of Electron Technology (ITE) is a major Polish research centre with the primary focus on semiconductor microand nanotechnology. The mission of ITE is to conduct basic and applied research in order to develop and commercialise innovative microand nanotechnologies and their applications in semiconductor microelectronics, photonics, optoelectronics and micromechanics.

The main research topics are: low-dimensional structures and photonic devices; silicon sensors, microsystems and nanostructures; photodetectors, radiation detectors, microand nanodevices for fundamental research in physics, chemistry and biomedicine; design of: mixed signal ASIC’s, systems on chip, embedded systems; design for reusability using high level description languages VHDL, C.

ITE established two Centres of Excellence: CEPHONA (Physics and Technology of Photonic Nanostructures) and MANTARC (Microand Nanotechnology Applied Research Centre). Both were accepted by the Minister of Science.

The main research focus of the CEPHONA Centre concentrates on the subject of physics and technology of photonic nanostructures. The CEPHONA centre conducts research in the three main fi elds: microcavity physics, technology and applications, high power semiconductor lasers aand development of new technologies for photonic devices and systems.

The activity of MANTARC Centre focuses on applied research in the field of integrated microelectronic, micromechanical and optoelectronic systems and devices (MEMS/MOEMS). The Centre aims at becoming a national resource for applications of MEMS/MOEMS microand nanotechnologies in order to meet scientifi c and technical challenges of the industry. The Centre is member of EUROPRACTICE and NEXUS initiatives as a partner of competence centre for microsystems fabrication off ering access to advanced microand nanotechnologies for industrial organizations.


Microtechnologies in: Automotive, Health, Environment, ICTNanotechnologies in: Health, Environment, ICT

Relevant technologies:Microtechnologies: Micro Electronic, Micro optics, Micro mechanics, Micro fl uidics, Micro robotics, System integration (micro), System integration (micro/nano)Nanotechnologies: Ultra-precise surfaces, Ultra-thin layers, Bio-molecular layers, Nano-structured materials, Quantum-dot lasers, Self-organising eff ects

••

•

•

Aerospace

Automotive

Environment

Health

ICT

Other



SEWING, System for European Water Monitoring (FP5)WILD-EAST, Wide Aperture Coherent Laser Diodes for Erbium Doped Fibre Amplifi ers (FP5)SUCIMA, Silicon Ultra Fast Cameras for Electron and Gamma Sources in Medical Applications (FP5)GSQ, Gallium Arsenide Second-Window Quantum Dot Lasers (FP5)AGETHA, Amber/Green Emitters Targeting High Temperature Applications (FP5)TERAVISION, Terahertz Frequency Imaging Systems for Biomedical & Other Applications (FP5)ROBOSEM, Development of a Smart Nanorobot for Sensor-based Handling in a Scanning Electron Microscope (FP5)AMORE, Advanced Magnetic Oxides for Responsive Engineering (FP5)SODAMOS, Source Drain Architecture for Advanced MOS Technology (FP5)NANOPHOS, Nanostructured Photonic Sensors (FP5)HEALTHY AIMS, Nano scale materials and sensors and microsystems for medical implants (FP5)METAMOS, Metallic Source and Drain for Advanced MOS Technology (FP6)OPTOLABCARD, Mass Produced Optical Diagnostic Labcards Based on Micro and nano SU8 Layers (FP6)HYPHEN, Hybrid Substrates for Competitive High Frequency Electronics (FP6)INTEGRAMplus, Integrated microand nanotechnology platforms and services, (FP6)e-CUBES, 3-D Integrated Micro/Nano Modules for Easily Adapted Applications (FP6)

•••••••

•••••••••

Contact person: Prof. Jerzy Kątckiphone: +48 22 548 77 60e-mail: [email protected]


Institute of High Pressure Physics Polish Academy of Science


01-142 Warszawa, PolandSokołowska 29/37

phone: +48 22 632 50 10fax: +48 22 632 42 18

e-mail: [email protected]: www.unipress.waw.pl

PROFILE OF THE INSTITUTIONInstitute of High Pressure Physics (IHPP), also known as “Unipress”, was founded in 1972 by Polish Academy of Sciences.

Although, original focus of Unipress was on high-pressure studies of semiconductors, the present fi eld of research activities covers also, ceramics, HTc superconductors biological materials (high-pressure studies of protein folding, and high pressure food processing) and plasticity of metals (hydroextrusion). The common axis of these studies is the use of high pressure, both as a research tool (a perturbation like temperature or magnetic fi eld) and also as a technological method (high-pressure sintering, high-pressure growth of crystals).


Microtechnologies in: Optoelectronics, Biotechnology, Food safetyNanotechnologies in: Optoelectronics, Biotechnology, Food safety

Research: Microtechnologies in: Environment, Optoelectronics, Biophysics, Advance materials (nanoceramics, nanopowders)Nanotechnologies in: Health, Environment, Optoelectronics, Biophysics, Advance materials (nanoceramics, nanopowders)

Relevant technologies:Microtechnologies: Micro Electronic, Micro optics, System integration (micro), System integration (micro/nano)Nanotechnologies: Ultra-thin layers, Bio-molecular layers, Nano-structured materials, Quantum-dot lasers, Self-organising eff ects


Centre of Excellence – High Pressure Research CentreNATO Science ProgrammeNaMicCOST

Research areas: High pressure, Physics, Biotechnology, Pharmacology


Microwave and impulse synthesis of doped nanopowders for electrical-optical-magnetical applications

Area of application: Optoelectronics, Spintronics, Biomaterials

••

•

•

•

•

••••

•

Aerospace

Automotive

Environment

Health

ICT

Other

Nano and microtechnologies catalogue: Public Research Centre Public Research Centre ��


Optical sensor, chemical reactor

Area of application: Health protection, Optoelectronics, Security

•

Contact person: Sylwester Porowskiphone: +48 22 632 50 10



Institute of Non-Ferrous MaterialsPublic Research Centre

44-100 Gliwice, PolandSowińskiego 5

phone: +48 32 238 02 00fax: +48 32 231 69 33

e-mail: [email protected]: www.imn.gliwice.pl

PROFILE OF THE INSTITUTIONInstitute of Non-Ferrous Metals, established in 1952, is the main research and development centre of Polish non-ferrous metals industry. The area of activity stretches from laboratory and industrial tests to implementation works, experimental production, technical services and consulting in the fi eld of:

processing of non-ferrous ores and other mineral materialspyroand hydrometallurgical processes of metals recovery from ores and concentrateswaste processing and utilizationnew alloys and compositesprocessing of metals and alloysenvironment protection


Nanotechnologies in: Automotive, Energy, Engineering

Research: Nanotechnologies in: Automotive, Energy, Engineering

Relevant technologies:Nano-structured and amorphous materials

EUROPEAN OR NATIONAL PROJECT EXPERIENCEType of project: European1. Acronym: ALUSIFORM. High Efficiency Forming Technology of Light Weight MMC Components for

Automotive and Household ApplicationsResearch areas: Automotive

2. Acronym: ACTIVATION. Superhigh energy milling in the production of hard alloys, ceramic and composite materials

Research areas: Tool Industry, Engineering

3. Acronym: HIT-FCORE. Soft magnetic nanomaterials for high temperature and high frequency functional application in power electronics (combined project)

Research areas: power electronics

Type of project: NationalTechnology of fabrication nano-structural metals and alloys products. Target project nr (PBZ-KBN-096/T08/2003 realised by Centre for Advanced Materials and Technologies CAMAT

Research areas: basic research studies upon production of nanoand amorphous structures

••••••

•

•

•

•

Aerospace

Automotive

Environment

Health

ICT

Other


Type of project: NationalStart up with production of soft magnetic nanocrystalline Fe-based alloys for electronic industry. Target project No. 7 T08 050 2000/5335

Research areas: Electronics

EUROPEAN AND NATIONAL SCALE TECHNOLOGY OFFERSEuropean/National:1. Nanocrystalline and amorphous soft magnetic ribbons and cores

Area of application: Electronic, Energy power industry

2. Nanocrystalline and amorphous brazing alloys

Area of application: Automotive industry

•

Contact person: Prof. Mieczysław Wochphone: +48 32 238 06 22



Institute of Nuclear Physics Polish Academy of Sciences


31-342 Kraków, PolandRadzikowskiego 152

phone: +48 12 662 80 00fax: +48 12 662 84 58

e-mail: dyrektor@ifj .edu.plwebsite: www.ifj .edu.pl

PROFILE OF THE INSTITUTIONThe activity of the IFJ PAN is focused on application of advanced methods worked out by modern physics in interdisciplinary research related to biophysics and material science. In particular, the following problems are studied:

the structural, magnetic and transport properties and mechanisms of growth of ultrathin multilayers are investigated to understand the critical roles of surfaces and interfacesstudies of uptake, accumulation, resorption and clearance of potentially harmful ultra-fi ne particles present in environmentthe mechanical properties of living cells investigated in their native environment to learn fundamental processes of signal transduction and of oncogenic transformationsstudies of single cell irradiation by single particles to deliver data for radiation therapy and for studies of apoptosis process


Microtechnologies in: Health, Environment Nanotechnologies in: ICT

Relevant technologies:Microtechnologies: Micro Electronic,System integration (micro), System integration (micro/nano)Nanotechnologies: Ultra-precise surfaces, Ultra-thin layers, Bio-molecular layers, Nano-structured materials, Self-organising eff ects

EUROPEAN OR NATIONAL PROJECT EXPERIENCEType of project: European1. “Dynamics in Nano-scale Materials Studied with Synchrotron Radiation” (DYNASYNC)2. “Studies on Cellular Response to Targeted Single Ions Using Nanotechnology” (CELLION)3. “Quality of Skin as a Barrier to Ultra-Fine Particles” (NANODERM)

Research areas: magnetic materials and nanostructures for high density recording, cellular response to low dose irradiations, nanoparticles in biomedical materials, oncogenic transformations


X-ray microbeam, proton microbeam, fabrication of ultrathin fi lms and in-situ characterization (AES, LEED), X-ray diff ractometry in the temperature range 80-1200 K, X-ray refl ectometry

Area of application: Trace element analysis, surface elemental distribution and depth profi ling, low dose irradiations of biomedical and solid state objects, analysis of structure and growth process of thin fi lms and nanostructures

•

•

•

•

••

••

•

Aerospace

Automotive

Environment

Health

ICT

Other



HRTEM (High Resolution Transmission Electron Microscope) and measurements of magnetization with very large sensitivity, access to synchrotron radiation facilities, equipment for total refl ection X-ray fl uorescence

Area of application: magnetic thin fi lms and nanostructures for high density recording, trace element analysis with ultra-low minimum detectable limit

•

Contact person: Marta Marszałekphone/fax: +48 12 662 83 23

e-mail: marta.marszalek@ifj .edu.pl


Institute of Physics Polish Academy of Sciences


02-668 Warszawa, PolandAl. Lotników 32/46

phone: +48 22 843 66 01fax: +48 22 843 09 26

e-mail: [email protected]: www.ifpan.edu.pl

PROFILE OF THE INSTITUTIONThe Institute of Physics is a research institution of the Polish Academy of Sciences. The mission of the Institute is to acquire, advance and disseminate knowledge of physics. The Institute carries out basic research on low dimensional structures of semiconductors and metals.

Basic equipment in fi eld of nanotechnology: three molecular beam epitaxy; several sputtering systems; characterisation methods include SIMS, XRP set-up; e-beam lithography; TEM; AFM; MFM, m-PL; magnetic & electron transport measurements systems suitable for investigations of quantum wells, wires & dots


Nanotechnologies in: Health, Environment, ICT

Relevant technologies:Microtechnologies: Micro Electronic, Micro optics, Micro mechanics, Micro fl uidics, Micro robotics, System integration (micro), System integration (micro/nano)Nanotechnologies: Ultra-precise surfaces, Ultra-thin layers, Bio-molecular layers, Nano-structured materials, Quantum-dot lasers, Self-organising eff ects

EUROPEAN OR NATIONAL PROJECT EXPERIENCEOverall the Institute was granted with 39 international projects. Three European Centres of Excellence in the Institute were created in frames of EU FP5 (Centre of Excellence: Physics and Fabrication of Low Dimensional Structures for technologies of Future Generations; Centre of Photon,Electron and Ion Advanced Methods for Natural Science; Centre of Excellence of Advanced Spectroscopy Applications in Physics,Materials Science,Biology and Environmental Protection). The most signifi cant current projects are listed below:

Type of projects: European, EC FP6NOSCE MEMORIAS - Novel Scalable Memory Concepts and TechnologiesDT-CRYS - Double Tungstate Crystals: synthesis,characterization and applicationsCADRES - Co-ordination Action on Defects Relevant to Engineering Advanced Silicon-Based DevicesSCENET 2-The European Network for SuperconductivityNANOSPIN - Semiconductor NanospintronicsVERSATILE-Vertically stacked memory cells basd on heterojunctions made of hybrid organic/inorganic materialsErbium-doped heterogeneous structures on Si basis for optoelectronic applicationsSpin properties of charge carriers confi ned in II-VI semiconductor nanostructuresHigh Field multifrequency EPR and ODMR study of deep intrinsic defects in semiinsulating 6H SiC material

•

•

•

•

••••••

•••

Aerospace

Automotive

Environment

Health

ICT

Other


Contact person: Prof. Jacek Kossutphone: +48 22 843 66 01


Type of project: Japan Science and Technology CorporationERATO-Exploratory Research for Advanced Technology-Exploration of novel spintronic materials and device concepts

••


Metal Forming InstitutePublic Research Centre

61-139 Poznań, PolandJana Pawla II 14

phone.: +48 61 657 05 55fax: +48 61 657 07 21

e-mail: [email protected]: www.inop.poznan.pl

PROFILE OF THE INSTITUTIONMetal Forming Institute deals with elaboration, research and implementation of technologies, machines, devices and tools for non-metallurgical metal forming. The Institute conducts applied research, privileged in the states scientifi c-technical policy and fostered by the Ministry of Education and the Ministry of Economy. As far as the main range of activity of the Institute is concerned, there are three major fi elds of activity to be distinguished. These are: solid metal forming; sheet metal forming; forming parts from sintered metal powders. The wide range of Metal Forming Institute activities contains also: machines and special equipment; mechanizing and automating equipment; production centers and lines; heating devices; computer design, modeling and simulation of metal forming processes and tools; heat treatment; workshop services; small batch production.


Nanotechnologies in: Metal forming

Research:Nanotechnologies in: Metal forming

Relevant technologies:Nanotechnologies: ultra-thin layers, nano-structured materials

EUROPEAN OR NATIONAL PROJECT EXPERIENCEType of projects:

PHARE ProgrammesEureka Inititiative5th Framework Programme6th Framework Programme

Research areas: Nano structures, metal powder forging technology


Metal powder forging technology for: automotive, aerospace and machine building industry

•

•

•

••••

•

Contact person: Dr. Hanna Wiśniewska-Weinertphone: +48 61 657 05 55 ext. 329e-mail: [email protected]

Aerospace

Automotive

Environment

Health

ICT

Other


Metal Forming Institute Centre of ExcellencePublic Research Centre

61-139 Poznań, PolandJana Pawła II 14

phone: +48 61 657 05 55fax: +48 61 657 07 31

e-mail: [email protected]: www.cd.inop.poznan.pl

PROFILE OF THE INSTITUTIONThe mission of the Centre of Excellence of the Metal Forming Institute in Poznan is to contribute to development of industry by up-to-dating technology for the sake of competitiveness of the sales of products made by powder metallurgy methods. The CoE leads scientifi c research and development works having practical application in aerospace and automotive industry. In the frame of the Coe of MFI, among the others, are lead activities as follow:

experimental manufacturing of products made of powder materials acc. to the innovative technology based on the MFI European patent No. PCT/PL00/00098, “Method of obtaining shaped elements”technical service activitytraining activity


Microtechnologies and nanotechnologies in: Automotive, Health, Aerospace

Relevant technologies:Microtechnologies: Micro mechanicsNanotechnologies: Ultra-thin layers, Nano-structured materials


NAS-TRIBO Nanostructured coatings for engineerig tribologocal applications (FP5, 2002-2004) The main objectives of the project were: obtaining, by the laser synthesis method and HEP (High Energy Plasma) method, of relatively thick solid lubricant coatings (SLC) on the surfaces of parts working in specifi c conditions, e.g. in the aerospace industry, subjected to severe wear, ones to which high strength and tribological requirements are imposed and obtaining thin SLC layers by the diff usion synthesis method. NANOBLEBUS Nanocomposite sliding bearings for aircraft air bleed valves (INTAS) (2005-2007) Project carried out in the frame of INTAS society (The International Association for the Promotion of Co-operation with Scientists from the New Independent States of the Former Soviet Union). Institute is the Project coordinator The main aim of the Project is to elaborate new nanocomposite materials for production of sliding bearing sleeves, used in air bleed systems of AIRBUS aircrafts, mainly for the new aircraft A380. Bearings of this type work in diffi cult operational conditions: without lubrication, in temperature range of 450-500°C. Moreover they have to be vibration resistant.

Research areas: Nanoand micromaterials


Technology of production of self lubricant sleeves

Area of application: Aerospace and Automotive and Machine industry

•

••

•

••

•

•

•

Aerospace

Automotive

Environment

Health

ICT

Other


EUROPEAN AND NATIONAL SCALE TECHNOLOGY NEEDSNational:

Elaboration of precise parts technology (without extra forming) characterized by determined mechanical and operational properties (low friction coeffi cient)

Area of application: Aerospace and Automotive industry

•

Contact person: Dr. Hanna Wiśniewska-Weinertphone: +48 61 657 05 55 ext. 329e-mail: [email protected]


The Children’s Memorial Health InstitutePublic Research Centre

04-730 Warszawa, PolandAl. Dzieci Polskich 20

phone: +48 22 815 16 03fax: +48 22 815 15 13

e-mail: [email protected]: www.czd.pl

PROFILE OF THE INSTITUTIONThe Children’s Memorial Health Institute (CMHI) is the largest pediatric public hospital in Poland as well as research institute. We combine treatment, rehabilitation, research and teaching activities. For almost 30 years we have been treating children and youth from every part of Poland suff ering from the most diffi cult or rarest diseases. It provides unique research material for medical trials in all pediatric areas. CMHI sets standards of highly specialized pediatric care in Poland, introduces novel forms of therapy and provides treatment according to high international standards. One of our activity areas is also public health. We are cooperating with various foreign and international institutions, governmental and non-profi t organizations active in the fi eld of medicine and research. The Children’s Memorial Health Institute has been awarded numerous grants in the fi eld of genetics, immunology, oncology, nutrition, cardiology, nephrology, metabolic diseases, etc. from Ministry of Health and Ministry of Science and Higher Education in Poland, international grants as part of FP5 and FP6 and is involved in clinical trials.


Microtechnologies in: HealthNanotechnologies in: Health

Relevant technologies:Nanotechnologies: Ultra-precise surfaces, Ultra-thin layers, Bio-molecular layers, Nano-structured materials

EUROPEAN OR NATIONAL PROJECT EXPERIENCEType of project: European and National

CMHI research group active in research of interaction between cells and biomaterial surface characteristics in nanoscale was involved with Faculty of Materials, Science And Engineering, Warsaw University of Technology in EUREKA E 2841 project “Pulsed laser deposition a new technique for coating sheet materials and three-dimensional industrial components”. Our research are concentrating on analysis of cells adhered to biomaterial in the range of cell activity, release cytokines and biomaterial corrosion resistance in biological environment, analysis of correlation between cell biology and biomaterial surface composition and topography, etc. CMHI Department of Pathology is participating in many research projects on national level concerning bone and dental implants, endoprothesis; is also engaged in research on artifi cial heart (international laboratories network organized by COST 537). CMHI research group has a wide experience in PCR techniques, RFLP techniques (plates essays), DNA isolation, electrophoresis, e.g. projects “Polymorphisms of VDR, COLαI, ERα genes and bone status in adult man and woman in polish population”, genetic molecular part of the EPOLOS Study (evaluation of bone metabolism in Polish population). CMHI Department of Biochemistry and Experimental Medicine is also involved in European consortium GENOMOS (“Genetic markers for osteoporosis”).

Research areas: Medicine, Pediatrics, Life sciences, Biomaterials, Bone genetics, Biochemistry

••

•

•

•

Aerospace

Automotive

Environment

Health

ICT

Other



CMHI Department of Pathology provides tests on cellular level of new technology materials applied in medicine.

Area of application: Medicine, Biomaterials, Cell biology


Proteomics in the area of biomaterial testing. Sequencing analysis, RT-PCR techniques, genome wide linkage techniques and analysis. Micro mechanics for orthotics prosthesis for disabled children; creating new systems for assisted movements, both lower and upper extremities.

Area of application: Medicine, Proteomics, Cell biology, Histopathology, Biochemistry, Bone genetics, Rehabilitation

•

•

Contact person: Prof. Mieczysław Litwinphone: +48 22 815 16 03



The Institute for Plastics Processing “Metalchem”Public Research Centre

87-100 Toruń, PolandM. Skłodowskiej-Curie 55phone.: +48 56 650 00 44

fax: +48 56 650 03 33e-mail: [email protected]

website: www.ipts.pl

PROFILE OF THE INSTITUTIONThe Institute for Plastics Processing has been set up in 1962. Together with branch houses in Gliwice and in Jasło we have been performing the RD&A tasks in processes and technologies for polymers processing as well as machinery for this purpose. We are a highly qualifi ed team of professional specialists in plastics processing and plastics technology. The Institute deals with RD&A tasks on plastics composites and nanocomposites, plastics processing, mainly by extrusion techniques and problems of recycling of post consumer plastics wastes. Other fi elds of activity are paints, coating materials, testing polymeric materials and products thereof.


Microtechnologies in: Automotive; Machines for plastics processing and recyclingNanotechnologies in: Automotive; Machines for plastics processing and recycling

Research:Nanotechnologies in: Environment and polymers material engineering

Relevant technologies:Nanotechnologies: Ultra-thin layers, Nano-structured materials

EUROPEAN OR NATIONAL PROJECT EXPERIENCEType of projects: European

EUREKA

Type of projects: NationalGrants from Ministry of Science

Research areas: Nanocomposites: PP, PET POM fi lled with montmorillonite. Range of R&D tasks contains mainly infl uence of two screw-extrusion process on nanocomposites properties (thermal, mechanical barrier. Used techniques: XRD, TEMDTMA, DSC, TGA

••

•

•

•

•

Contact person: Dr. Jan GołębiewskiTel.: +48 56 650 00 44e-mail: [email protected]

Aerospace

Automotive

Environment

Health

ICT

Other

Small - Medium Enterprises

Nano and microtechnologies catalogue: Small - Medium EnterpriseSmall - Medium Enterprise 49

Amepox Enterprise Ltd.Small-Medium Enterprise

90-268 Łódź, PolandJaracza 6

Tel.: +48 42 633 22 02fax: +48 42 632 69 57

e-mail: [email protected]: www.amepox-mc.com

PROFILE OF THE INSTITUTIONProduction activity on the fi eld electrically, thermally and magnetic fl ux conductive materials for electronics and microelectronics application. Since 2000, Amepox Company is working with nanotechnology areas and right now this is the main direction for R&D company work. In this fi eld, Amepox developed own technology for production atomic size nano silver powder (range 3-8 nm). Connected with this nano silver powder Amepox did also his own electrically conductive Inks for Ink-Jett technology. The newest Amepox products with the same nano silver includes several antibacterial formulations – especially as an additives for diff erent antibacterial purposes (paints, cosmetics, textile, etc.) and own self-leveling antibacterial fl oors for hospitals food production areas as well as pharmaceutical applications.


Microtechnologies in: Automotive, Telecomunication, MicroelectronicsNanotechnologies in: Health, Aerospace, Telecommunication, Microelectronics

Research: Microtechnologies in: Automotive, Telecomunication, MicroelectronicsNanotechnologies in: Health, Aerospace, Telecommunication, Microelectronics

Relevant technologies:Microtechnologies: Micro electronicsNanotechnologies: Ultra-thin layers, Bio-molecular layers, Nano-structured materials


FP5 NANOJOINING – new novel materials for microelectronics purpose with nanofi llersFP6 STABILIGHT – novel inorganic nanostructured materials for photoemission especially for automotive purpose applicationEUREKA MAJE – project addressed especially for microelectronics Ink-Jetting applicationsEURIPIDES – CANOPY – project connected with carbon nanotubes formulations for microelectronics applications

Research areas: R&D with diff erent formulations with nano size fi llers for microelectronics applications

EUROPEAN AND NATIONAL SCALE TECHNOLOGY OFFERSNational/European:

New formulations with nanosize fi llers. New technology for microelectronics applications. New materials with nano silver for health purposesNew type of nanofi llers, new technology solutions, new material applications

Area of application: Multi-microelectronics applications, Health connected with multipurpose antibacterial applications

••

••

••

••

••

•

•

Contact person: Dr. Andrzej MościckiTel.: +48 42 633 22 02


Aerospace

Automotive

Environment

Health

ICT

Other

Nano and microtechnologies catalogue: Small - Medium Enterprise Small - Medium Enterprise�0

BioVectis Ltd. (Krzysztof Kucharczyk Techniki Elektroforetyczne Sp.z o.o.)

Small - Medium Enterprise

02-106 Warszawa, PolandPawińskiego 5A/D

phone: +48 22 668 71 47fax: +48 22 668 71 64

e-mail: [email protected]: www.biovectis.com

PROFILE OF THE INSTITUTIONKUCHARCZYK T.E Co (BioVectis Ltd.) develops and produce equipment and chemicals for protein DNA/RNA analysis. In our off er you could fi nd classical slab gel or horizontal electrophoresis chambers, but also innovative tools for genotyping and protein analysis.


Microtechnologies in: Biotechnology

Research: Microtechnologies in: BiotechnologyNanotechnologies in: Biotechnology

Relevant technologies:Microtechnologies: Micro Electronic, Micro optics, Micro mechanics, Micro fl uidics, Micro robotics, System integration (micro), System integration (micro/nano)Nanotechnologies: Ultra-precise surfaces, Ultra-thin layers, Nano-structured materials


National DNA Pointer System is an open platform and several genotyping methods could be run on it. The system is at its best when new the Multitemperature SSCP method (MSSCP) is used

Research areas: Biotechnology


The DNA Pointer System LOC project is heading toward the development of analytical tool based on the separation of biomolecules at the electrical fi eld using Lab-on-a-Chip technology. The main applications covers genetic diversity and DNA/RNA/protein/small molecules interaction analysis. We would like to develop the conditions, dedicated one time usage cartridges and biochemicals to produce “hands off ” analytical and them diagnostic tools for: viral subspecies diversity analysis in clinical/biological samples DNA/RNA/protein interaction analysis based on the EMSA method Genotyping

Area of application: Biotechnology

•

••

•

•

•

•

•••

Aerospace

Automotive

Environment

Health

ICT

Other

Nano and microtechnologies catalogue: Small - Medium EnterpriseSmall - Medium Enterprise �1

Contact person: Patryk Kaupaphone: +48 605 325 856


EUROPEAN AND NATIONAL SCALE TECHNOLOGY NEEDSEuropean:We are looking for research and/or branch partner who has the experience/knowledge at the following fi elds:

Microfl uidic to fi ll in nano channels by e.g. polyacrylamidic gel and perform electrophoresis process Nanotechto miniaturize the system and to develop one time use nono-cartridges Laser&optic to implement real time fl uorescet detection Integration system and software development to control the nano-fl ow process and analyse data

Area of application: Biotechnology

••••


Contact person: Krzysztof Grabowieckiphone: +48 22 862 38 44


CIM-mes Projekt sp. z o.o. Small - Medium Enterprise

00-844 Warszawa, PolandGrzybowska 87

phone: +48 22 631 22 44fax: +48 22 631 22 45

e-mail: [email protected]: www.cim-mes.com.pl

PROFILE OF THE INSTITUTIONCIM-mes Projekt is an innovative SME focused on the analysis and development of complex electro-mechanical systems. Two main issues are focused: analysis of extreme behavior of mechatronic systems and analysis of materials and webs under diff erent conditions.


Microtechnologies in: Electro-mechanical industry, plastic industry, textile industry

Research: Extreme mechanics behavior Microtechnologies in: Nonlinear behaviour of materials; Multisensors

Relevant technologies:Microtechnologies: System integration (micro)


INBAT (FP5) subcontractor; crashworthness of inland ships/barges NEEDLES (COOP of FP6) development of monitoring system for nonwoven production machinery; multisensor approach, knowledge data base, Project Co-ordinatorX-Gear (COLL of FP6) – innovative surface treatment technology for gears, ContractorResearch areas: analysis of mechanical system under nonlinear and extreme conditions; synthesis of behavior sensing devices for mechanical systems

•

••

•

••

••

Aerospace

Automotive

Environment

Health

ICT

Other

Nano and microtechnologies catalogue: Small - Medium EnterpriseSmall - Medium Enterprise ��

Echo-Son S.A. Small - Medium Enterprise

24-100 Puławy, PolandKrańcowa 5

phone: +48 81 886 36 13fax: +48 81 886 83 10

e-mail: [email protected]: www.echoson.com.pl

PROFILE OF THE INSTITUTIONThe “Echo-Son” S.A. has been operating under the current legal and organization structure from 1993 when it underwent restructuring typical for the transformation of the economy commenced in the early nineties. The Polish Academy of Science is the principal stockholder of Echo-Son. Looking from the historical perspective, we are the “heirs” of the TECHPAN Research & Development Departament at the Institute of Fundamental Technological Research Polish Academy of Sciences that designed and manufactured fi rst Polish diagnostic ultrasound equipment ultrasound scanners USG-10 (gynecology and obstetrics) and USO-10 (opthalmology) in the late seventies. We are proud that our design and research staff is composed of individuals who were responsible for the creation of the fi rst Polish ultrasound equipment more than twenty fi ve years ago. Currently, the company also employs a number of young designers specializing in the digital analysis methods as well as signal and visual processing etc. Such group of the design staff and a close co-operation with the outstanding scientists from the Polish Academy of Science and major Medical Schools allows the manufacturing of equipment on the European level proven by international quality certifi cates, awards and merits awarded to our products. The scope of and range of the ultrasound equipment designed and manufactured by Echo-Son determines our position on the Polish medical equipment market.

We are designer and manufacturer of ultrasonic medical equipment ultrasound scanner.


Microtechnologies in: Health

Research: Microtechnologies in: Health

Relevant technologies:Microtechnologies: Micro mechanics, System integration (micro)

•

•

•

Contact person: Zbigniew Woźniakphone: +48 81 886 36 13


Aerospace

Automotive

Environment

Health

ICT

Other


EnergocontrolSmall - Medium Enterprise

31-476 Kraków, PolandLublańska 34

phone: +48 12 418 07 10fax: +48 12 418 07 11

e-mail: [email protected]: www.energocontrol.pl

PROFILE OF THE INSTITUTIONEnergocontrol is a high-tech engineering company with 10 years of experience. The main offi ce of the company is located in Cracow Polish center of high technology. Energocontrol closely co-operates with two technical Universities in Cracow. Many projects and this co-operation gives for both company and universities measurable advantages. Company structure complies with the requirements of ISO 9001. We have been awarded TÜV NORD certifi cate in July 1999. The company is specialized in design, implementing and marketing of automatics and monitoring systems for civil, rail, aircraft and automotive industry as well as mechanical solutions including FEM analysis and visualization. Nowadays Energocontrol enters market of energy production and distribution based on fuel cell technology. Energocontrol associate specialists in software analysis and design, programmers, integrators of computer systems, designers of monitoring and automatics systems, FEM design engineers, service engineers.

Energocontrol key products are: Electric traction trainsetHipolit railway bus, 213 type railway busdiagnostic system VIBNETdiagnostic module VIBCON

Energocontrol’s mission is also to generate and transfer new technology to manufacturing industry, providing step change improvement in competitive advantage for fi rms across Europe, and especially in the recent entrant States to the Union. With its wide knowledge base and experience, Energocontrol improves its products with newest technological achievements.


Microtechnologies in: Automotive, Environment, ICT

Research: Microtechnologies in: Automotive, Environment, ICT

Relevant technologies:Microtechnologies: Micro Electronics, Micro mechanics, Micro robotics


Monitoring and surveillance systems Industrial control systems Energy modelling Energy generation and distribution Mechanical design including FEM Project

Area of application: Automatics and mechatronics systems and devices, dedicated advanced technical solutions for industry, monitoring systems, power generation and distribution devices

••••

•

•

•

•

Aerospace

Automotive

Environment

Health

ICT

Other



Energy generation and distribution systems based on fuel cell technologyMonitoring and surveillance systems for industrial applications

Area of application: Industry, Automotive, Science

••

Contact person: Łukasz Sękiewiczphone: +48 12 418 07 59


Nano and microtechnologies catalogue: Small - Medium Enterprise Small - Medium Enterprise��

Evatronix S.A.Small - Medium Enterprise

43-300 Bielsko-Biała, PolandPrzybyły 2

phone: +48 33 499 59 00fax: +48 33 499 59 18

e-mail: [email protected]: www.evatronix.pl

PROFILE OF THE INSTITUTIONEvatronix develops electronic virtual components (IP cores, IP modules) for system-on-chip design and off ers electronic design services. The company is also a leading value added reseller of CAD & EDA systems in Poland. Evatronix was founded in 1991. It is self-funded, privately held joint stock company headquartered in Bielsko-Biala (Poland). Our Electronic Design Department, established in 1997, is located in Gliwice, to ensure easy access to a talent pool of engineers graduating from Silesian University of Technology. Our IP cores are available world wide from CAST, Inc., USA, (www.cast-inc.com), and in continental EU countries also directly from Evatronix. Electronic design services and domestic market sales are handled by Evatronix, too. Our design services off ering covers: IP core on demand design (in VHDL or Verilog), including integration support and hardware dependent software development or modifi cations according to customer needs, ASIC design aimed at obsolete part replacement FPGA design and implementation in Altera & Xilinx technologies.


Microtechnologies in: Automotive, Health, Aerospace, ICT and Intelectual Property cores

Research: Microtechnologies in: Automotive, Health, Aerospace, ICT and Intelectual Property cores

Relevant technologies:Microtechnologies: Micro Electronics


Open SoC Design Platform for Reuse and Integration of IPs SPRINT – FP6 Integrated ProjectResearch areas: Nanoelectronics

EUROPEAN AND NATIONAL SCALE TECHNOLOGY OFFERSNational:

Virtual electronic components for System-on-Chip designs available for use in a wide area of applications; the portfolio includes 8bit and 16-bit microcontrollers, serial transmission & Ethernet access controllers ready to use in ASIC & FPGA designs, which can be enriched according to particular customer requirements

Area of application: Virtual electronic components for System-on-Chip designs

EUROPEAN AND NATIONAL SCALE TECHNOLOGY NEEDSNational:

Wireless transmission RF front end, analog demodulators or baseband digital demodulators for common broadcasting standards and wireless communication

Area of application: Wireless transmission

•

•

•

•

•

•

Contact person: Dr. Wojciech Sakowskiphone: +48 32 231 11 71


Aerospace

Automotive

Environment

Health

ICT

Other


Hydromega Sp. z o.o.Small - Medium Enterprise

81-553 Gdynia, PolandWrocławska 93

phone: +48 58 664 77 04fax: +48 58 664 72 92

e-mail: [email protected]: www.hydromega.com.pl

PROFILE OF THE INSTITUTIONHydromega exists since 1988. From the beginning of activity we have been engaged in designing and production of hydraulic systems and industrial automatics. Parallel with production of hydraulic power units and machines with hydraulic drive we realize research, development and implementation work. Permanent Co-operation with industrial plants and solve technical problems has given our company practical knowledge, which is being used in actual realized projects. Our company owns 17 utility patterns and over 5000 solutions from hydraulics enforcing in exploitation from 1988.


Microtechnologies in: Automotive, HydraulicsNanotechnologies in: Automotive, Hydraulics

Research: Microtechnologies in: Automotive, HydraulicsNanotechnologies in: Automotive, Hydraulics

Relevant technologies:Microtechnologies: Hydraulic oil fi ltrationNanotechnologies: Hydraulic oil fi ltration

••

••

••

Contact person: Zbigniew Zienowiczphone: +48 58 664 77 04


Aerospace

Automotive

Environment

Health

ICT

Other


Innowacja Polska Sp. z o.o.Small - Medium Enterprise

31-476 Kraków, PolandLublanska 34

phone: +48 12 418 07 56fax: +48 12 627 77 60

e-mail: [email protected]: www.innowacjapolska.pl

PROFILE OF THE INSTITUTIONInnowacja Polska is a leading independent high technology research organisation in Central and Eastern Europe, with a highly respected international client base. Innowacja Polska provides research and technology development services for the design and development of customised solutions in communications and electronics, software for industrial applications, and high level electromechanical design, development and installation. Company based in Cracow can also broadcast very secure links into the internationally renowned local academic sector. Innowacja Polska is a company with a corporate objective to generate and transfer new technology to manufacturing industry, providing step change improvement in competitive advantage for industry as a whole. Innowacja Polska has successfully completed a number of multinational and national projects. Currently company is being involved as an RTD in 7 EC projects. These projects include development of novel low power wireless data transmission system for predictive maintenance of industrial machinery based on induction motor current measurements, innovative ultrasonic brush for eradication of head louse infestations, and development of microwave sensor for industry and security.


Microtechnologies in: ICTNanotechnologies in: ICT

Research: Microtechnologies in: ICTNanotechnologies in: ICT

Relevant technologies:Microtechnologies: Micro Electronics, System integration (micro)Nanotechnologies: Nano-structured materials


WAVESHIFT, CLEARBRUSH, LOTPIM, CITYBEE, NANOTUBE, SAFETALK, FLEXOLINE@HOME

Research areas: microwave solutions, ultrasonic applications, software engineering


Development of new technologies in microwave, ultrasounds, new materials, and software engineering

Area of application: Security, Transport, Health

••

••

••

•

•

Aerospace

Automotive

Environment

Health

ICT

Other



High power microwave solutions, software development, new materials applications

Area of application: Food industry, Transport, Health, Security & safety

•

Contact person: Anna Jabłonowskaphone: +48 12 418 07 56



KAMIKA InstrumentsSmall-Medium Enterprise

01-473 Warszawa, PolandStrawczyńska 16

phone: +48 22 666 93 32fax: +48 22 666 85 68

e-mail: [email protected]: www.kamika.com

PROFILE OF THE INSTITUTIONKAMIKA Instruments is small, but high-tech, Polish producer with great experience in laboratory measurements sector. Based on 30-years experience KAMIKA has designed wide range of original measuring systems. Especially KAMIKA is an expert in optical electronic measurements of micro particle sizing in the air and in the water. The company developed method, that is based on counting and measuring of particles in parallel light beam. The engineers and programmers form KAMIKA can support development of any technology in micromeasurement area. The quality of KAMIKA activities is proved by ISO 9001:2000 Certifi cate.


Microtechnologies in: Health, Aerospace, Environment, Measuring systems

Research: Microtechnologies in: Health, Aerospace, Environment, Measuring systems

Relevant technologies:Microtechnologies: Micro topics, Micro mechanics, Micro fl uidics, System integration (micro), Microobjects measuring


ELSIEVE the new technology for measurements of micro-grains by use optical-electronic sensor. The method is based on counting and measuring of particles in parallel light beam. It’s the most useful method of grain-size measurements and it can replace sieve analysis by simulating it and giving exact results as from traditional sieve analysis. Simulation of sieve measurements can start from 0.5 micron, what is hardly possible for traditional sieve analysis. There are also no limitation for this method for bigger grains in whole range that is used in traditional sieve set.

Area of application: Micro measuring technologies


Low noise laser diode drivers; Precision laser diode drivers

Area of application: Measuring technologies

•

•

•

•

•

Contact person: Dorota Kamińskaphone: +48 22 666 93 32


Aerospace

Automotive

Environment

Health

ICT

Other


Contact person: Lechosław Ciupikphone: +48 68 321 92 00


LfC Sp. z o.o.Small - Medium Enterprise

65-364 Zielona Góra, PolandKożuchowska 41

phone: +48 68 321 92 00fax: +48 68 320 47 18

e-mail: [email protected]: www.lfc.com.pl

PROFILE OF THE INSTITUTIONLfC was founded in 1989 as an innovative bioengineering and biotechnological company. We are an unique designer and manufacturer of new generation, high quality, multifunctional implants and surgical instruments for orthopedic and neurosurgical treatment. Answering to medical needs we have created the “DERO Spinal System” which provide bio-mechanical support for the whole spine, from the occiput to the sacral bone and iliac alae. The most up-to-date innovations are used for manufacturing: titanium alloy, active layers, both: nano-diamond and nano-carbon, as well as PEEK (polyetheretherkethone), bone substitutes, polyester, etc. Till now DERO is covered by 15 patents. The excellent quality of the DERO Spinal System is confi rmed by a EN ISO 9001:2000 and EN ISO 13485:2003 certifi cates as well as a CE0434 marking.


Microtechnologies in: Health

Research: Nanotechnologies in: Health

Relevant technologies:Microtechnologies: Micro mechanicsNanotechnologies: Bio-molecular layers


New biomaterial: composite, bioresorbable, gradientNew technology for layers spread and bonding of biomaterialsTechnologies for manufacturing and processing of new biomaterials with possibility of shaping of their properties

Area of application: Medical devices; Medical bioengineering; Bio-Nano-Materials; Bio-Nano-Technology

•

•

••

•••

Aerospace

Automotive

Environment

Health

ICT

Other


NANO-TECHSmall-Medium Enterprise

05-410 Jóżefów Michalin, PolandWillowa 48

phone: +48 22 789 44 51fax: +48 22 789 44 51

e-mail: [email protected]: www.nano-tech.pl

PROFILE OF THE INSTITUTIONNANO-TECH, Poland is affi liated with the Nano Technology Group Inc. USA. At present NANO-TECH, Poland is involved in deweloping and implementing the family of nano products, which are destined for several market branches such as: in agriculture-as the bacteria, fungi and viral external defense system, and means; in husbandry and veterinary-in the area of microbial prevention and therapy;in cosmetics, and other. We do manufacture a number of nano products (silver, copper, silver-copper, gold) directed to both the family products market as well as to the general industry as such.


Nanotechnologies in: Health, Environment, Agriculture and Husbandry

Research: Nanotechnologies in: Automotive, Health, Aerospace, Environment, Agriculture and Husbandry

Relevant technologies:Nanotechnologies: Nano-structured materiale, self-organising eff ects


Make in the room temperature superconuctors


Nano colloid, nonionic

Area of application: Household product

•

•

•

•

•

Contact person: Prof. Maciej Jan Pike-Bieguńskiphone: +48 22 782 65 80


Aerospace

Automotive

Environment

Health

ICT

Other


QWEDSmall - Medium Enterprise

00-672 Warszawa, PolandPiękna 64A m.11

phone: +48 22 625 73 19fax: +48 22 621 62 99

e-mail: [email protected]: www.qwed.com.pl

PROFILE OF THE INSTITUTIONQWED is a Polish SME established in 1997.

Main areas of activity are: Development and commercialisation of advanced software tools for industrial design with special emphasis of electromagnetic modelling softwareConsulting in the domain of electromagnetic modelling for microwave research and industrial applicationsDesign of new devices applicable in the industry taking advantage of unique, specially developed software tools

QWED’s fl agship product is QuickWave-3D, a general-purpose three-dimensional full-wave electromagnetic simulator. It has been licensed to clients on fi ve continents and awarded with the prestigious European Information Technology Prize.


Microtechnologies in: ICT

Research: Microtechnologies in: ICT



FP6 – SOCOT and CHISMACOMB


QuickWave electromagnetic simulation software compatible with CONCERTO Modeller by Vector Fields, UKArea of application: Fast and accurate design of circuits, antennas, heating systems and other electronic equipment from radio to optical frequency ranges


Emerging applications where electromagnetic analysis and design may open up new horizons

Area of application: Our interest is in adapting and customising our software tools for new areas of application, with synergy eff ects for the end-users and QWED

•

••

•

•

•

•

•

• Contact person: Violetta Sypniewskaphone: +48 22 625 73 19


Aerospace

Automotive

Environment

Health

ICT

Other


Semicon Sp. z o.o.Small - Medium Enterprise

04-761 Warszawa, PolandZwoleńska 43

phone: +48 22 615 73 71fax: +48 22 615 73 75

e-mail: [email protected]: www.semicon.com.pl

PROFILE OF THE INSTITUTIONThe SEMICON Co. Ltd. has been existing on the polish market since 1987. From the beginning it has been closely connected to electronic industry. At present company employs 33 persons. The SEMICON Co. Ltd is an importer and producer of electronic sub-assemblies, materials and tools to electronics, measuring appartus and measuring accessories. The primary area of growth is surface mounting of circuit boards customers specifi cations. Secondary it is in production of laser modules and products for both military and industrial application. The SEMICON Co. Ltd. got the ISO 9001 Certifi cate in 2003.


Microtechnologies in: Automotive, ICT, Military

Research: Microtechnologies in: Automotive, ICT, Military

Relevant technologies:Microtechnologies: Micro Electronic, Micro optics, Micro mechanics, Micro robotics


GREEN ROSE (FP6 COLL) Removal of hazardous Substances in Electronics: Processes and Techniques for SMEs DIAMOND (FP6 CRAFT) The Development of an Innovative, Accurate, Monolithic, CVD Diamond Array based Radiation Dosimeter System


Lead free technology assembly of PCB (printed circuit boards) in SMT (surface mounting technology) and THT (through hole technology) Technologies

Area of application: PCB assembling for various applications: telecommunication, measuring instruments, medical instruments etc.

European:Technology of laser module, line and cross laser modules, manufacturing. Many options available: modulation, various supply voltages. OEM design possibility

Area of application: tire production, wood, stone machinery, aimer

•

•

•

••

•

•

Contact person: Jacek Tomaszewskiphone: +48 22 615 73 71


Aerospace

Automotive

Environment

Health

ICT

Other


Uni–Chem Sp. z o. o.Small - Medium Enterprise

54-210 Wrocław, PolandKwiska 5-7

phone: +48 71 351 71 71fax: +48 71 351 71 71

e-mail: offi [email protected]: www.unichemlab.pl

PROFILE OF THE INSTITUTIONDesign and implementation of automated systems controlling technological processes based on technological fl uids. Manufacture of microelectrodes and sensors for measurement systems of electrochemical analysers. Manufacture of industrial electrochemical analysers. Manufacture of multi function modules for control systems. Manufacture of measurement software and measurement electronics for control systems. Manufacture of data transmission systems.


Microtechnologies in: ICT, Industrial robotics

Research: Nanotechnologies in: Artifi cial intelligence, electrochemical techniques

Relevant technologies:Microtechnologies: Micro-Electronics, Micro-Mechanics, Micro-Hydraulics, Micro-Robotics, System integration (micro/nano)Nanotechnologies: Ultra-precise surfaces, Self-organising eff ects


Research in the scope of search to methods of industrial determination of concentrations of copper ions and organic additives (bone glue, Aviton, thiourea), dosed into industrial electrolytes. Preparatory research for manufacture of microelectrodes used in electrochemical analysers

Research areas: Model of measurement system for the industrial electrochemical analyser MAAC


Automated control systems for manufacture of electrolytic copper

Area of application: Copper Refi neries

•

•

•

•

•

•

Contact person: Witold Jan Lechphone: +48 695 99 09 29

e-mail: offi [email protected]

Aerospace

Automotive

Environment

Health

ICT

Other

Nano and microtechnologies catalogue: Small - Medium Enterprise Small - Medium Enterprise��

Zakład Techniki Mikroprocesorowej EXESmall - Medium Enterprise

61-680 Poznań, PolandAnyżowa 15

phone: +48 61 825 94 61fax: +48 61 825 84 18

e-mail: [email protected]: www.ztm-exe.com.pl

PROFILE OF THE INSTITUTIONCompany is involved in design and manufacturing small series of electonic measurement equipment based on image procesing tehnology.

Activity include: digital and analog hardware design application of DSP in image processing area PCB design sensors design software sensor implementation fi nal product manufacturing


Microtechnologies in: Image processing and sensors

Research: Microtechnologies in: Sensor implemetation

Relevant technologies:Microtechnologies: Micro Electronics, System integration (micro)


Mini-opto scanner; Co-operation with European and US companies during design time and prototyping of mini-opto scanner


Waterproof, mini-opto scanner 130 mm long having only 7 mm of diameter including internal light source; The smallest scanner on market

Area of application: Meat industry


Die bonding and wiring, semi-automatic equipment

Area of application: Sensor maufacturing

•••••••

•

•

•

•

•

•

Contact person: Jerzy Brzeskiphone: +48 601 472 205


Aerospace

Automotive

Environment

Health

ICT

Other


ZEAP Zakład Elektronicznej Aparatury PomiarowejSmall - Medium Enterprise

01-473 Warszawa, PolandStrawczyńska 16

phone: +48 22 666 85 68fax: +48 22 666 93 32

e-mail: [email protected]: www.zeap.waw.pl

PROFILE OF THE INSTITUTIONZEAP (Electronic Measuring Instruments Company) is present on the market since 1984 and is dealing with designing new technologies and instruments for microobjects measurements. As we had designed several tailor-made measuring systems for many fi elds we can off er a great help in any problematic measurements.


Microtechnologies in: Health, Aerospace, Environment, Measuring systems

Research: Microtechnologies in: Health, Aerospace, Environment, Measuring systems

Relevant technologies:Microtechnologies: Micro optics, Micro mechanics, Micro fl uidics, System integration (micro), Microobjects measuring


REAL TIME PM MEASURING TECHNOLOGY (emission & imission) the new technology for measurements of PM content (measurements of total PM according to gravimetric method and measurement of total PM as well as PM divided to any fraction, e.g. PM 1; PM 2.5, PM 10, etc. on optical-electronic way). For emission there are on-line measurements of air pollution or combustion gases fl ow in chimneys or fl ues. The measurement is isokinetic, it can be taken once for programmed air volume or can be repeated automatically in the continuous manner. There are no time limits for the monitoring. Additionally temperature, humidity and fl ow velocity are measured. For imission (in the ambient air) there are real time measurements of PM content. Additionally it is showed from which direction the pollutions come (thanks to integrated measurements of velocity and direction of the wind). The measurement is isokinetic, it can be taken once for programmed air volume or can be repeated automatically in the continuous manner. There are no time limits for the monitoring. There is also possibility to make further chemical measurements of dust, that is collected on the fi lter.

Area of application: Micro-measuring technologies


Refractive Beam Shapers

Area of application: Measuring technologies

•

•

•

•

•

Contact person: Dr. Stanisław Kamińskiphone: +48 22 666 85 68


Aerospace

Automotive

Environment

Health

ICT

Other


ZKE MerawexSmall - Medium Enterprise

44-122 Gliwice, PolandBojkowska 53

phone: +48 32 239 94 00fax: +48 32 239 94 09

e-mail: [email protected]: www.merawex.com.pl

PROFILE OF THE INSTITUTIONThe company offers original power supplies and power systems for telecommunications and industrial automation. Power supplies for fi re protection automation and signaling are important part of the sales. The company is the domestic leader concerning power supplies for voice alarming systems. The off er of own products is supplemented by imported power supplies, inverters and UPS. The R&D Offi ce is capable to design and prototype non-standard power supplies and industrial automation devices. The company off ers contract manufacturing of electronics in SMD and THT as well as contract manufacturing of electromechanics.


Microtechnologies in: Automotive, ICT

Research: Microtechnologies in: Automotive, ICT



Soft magnetic nanomaterials for high temperature and high frequency functional application in power electronics FP5


Testing parameters of nanocrystalline coresAssessment of nanocrystalline cores with respect to their applicability in switching power supplies


Increase of power density in transformers and chokes Better EMI suppression

•

•

•

•

••

••

Contact person: Witold Grabyszphone: +48 32 239 94 03


Aerospace

Automotive

Environment

Health

ICT

Other

Universities

Nano and microtechnologies catalogue: University University 71

Department of Modelling and Information TechnologyFaculty of Metals Engineering and Industrial Computer Science

AGH University of Science and Technology

30-059 Kraków, Polandal. Mickiewicza 30

Tel.: +48 12 617 29 21fax: +48 12 617 29 21

e-mail: [email protected]: www.miti.agh.edu.pl

PROFILE OF THE INSTITUTIONResearch Activity:1. Finite element analysis (FEM – fi nite element method)2. Numerical modeling of thermal, mechanical and micro structural phenomena in material science3. Optimization of processes in metallurgy and material science4. Development of constitutive rheological laws for materials deformed under complex conditions5. Identifi cation of material models and boundary conditions using inverse analysis6. Application of artifi cial intelligence methods, such as expert systems or artifi cial neural networks, in material

science7. Multiscale modelling:Cellular automata fi nite element (CA) gives a possibility of modeling various processes, which occur in the material in diff erent scales at the same time during deformation. In comparison with conventional methods, coupling of CA and FE provides more comprehensive information about microstructure development during deformation of the polycrystalline material


Nanotechnologies in science

Research: Microtechnologies and nanotechnologies in numerical modelling of nanomaterials behavior, simulations of nanotests

Relevant technologies:Microtechnologies: SoftwareNanotechnologies: Software


Multiscale modelling of materials, COST P19VIF-CA (Virtual Intelligent Forging Coordination Action), FP6Computer Controlled Tensile Testing Machines Validation of European Standard EN 10002 Part 1 – NAS TENSTAND, FP5Optimization of Tool Shape in the Tests Aiming at Identifi cation of Models Describing Rheological and Mechanical Properties of Metallic Alloys, COST 526Mechanical Tests and Identifi cation of Parameters for Metal Forming Processes TESTIFY, FP5

Type of project: NationalPolish Science Foundation (MNiSW) Projects – 21 projects (2001-2005)Polish Science Foundation (MNiSW) Projects – 11 projects (1993-2000)

•

•

••

•••

•

•

••

Aerospace

Automotive

Environment

Health

ICT

Other


OTHERInternational, industrial – 12 projects (1994-2000)


The objective of the new technology is determination of the technique and computer system, which will enable realistic and reliable identifi cation of properties of nanocoatings on the basis of nanotests results. The fi rst task will focus on determination of users needs and on functional and non-functional requirements of the system. Results of this task will be a basis for the design of the system.

Area of application: Nanotest system software


Nanomaterials, especially multilayers, hard nanocoatings, FGM are most advanced engineering materials, which have many applications and ability of accurate prediction of their parameters and behavior is crucial for eff ective design. The new technology combines two aspects, nanotests and optimization techniques, which can improve interpretation of the tests. Combination of the two will create a powerful tool for accurate determination of properties of FGMs.

Area of application: Nanotest system software

•

•

•

Contact person: Magdalena KopernikTel.: +48 12 617 26 15


Nano and microtechnologies catalogue: University University 7�

Centre for Nanometer-scale Science and Advanced Materials NANOSAM

University

30-059 Kraków, PolandReymonta 4

phone: +48 12 663 55 60fax: +48 12 633 70 86

e-mail: [email protected]: www.if.uj.edu.pl/NANOSAM/

PROFILE OF THE INSTITUTIONThe scientifi c activities of the NANOSAM Centre research groups are concerned with various aspects of modern materials science and nanotechnology including properties of nanoscopic systems and nanometer-scale modifi cation of materials. The specifi c topics of research include development of various scanning probe methods for diagnostics of nanostructure, design and characterization of functional materials with emphasis on molecular solids and polymers, quantum phenomena in mezoscopic systems, manufacturing and characterization of self-assembling structures, investigations of model systems for molecular electronics, diagnostics of biomedical materials, and selected aspects of nanomedicine. The experimental investigations of the Centre are carried on in our home facility housing the most up-to-date research equipment. We apply various scanning probe techniques (SPM) as scanning tunneling microscopy (STM/STS), atomic force microscopy (AFM, NC-AFM, DFM), lateral force microscopy (LFM), Kelvin Probe Force Microscopy (KPFM) and other related techniques, operating either in ultra high vacuum (UHV), or ambient and/or liquid environment. Our 3 UHV systems are also equipped with various surface sensitive analytical tools. Manufacturing of nanostructured materials is performed using molecular beam epitaxy (MBE) methods combined with SPM nanomanipulation, as well as with molecular-, ion-, electron-, and photonbeam irradiation. The research projects include both fundamental studies and practical applications in molecular electronics, medicine diagnostics and unique experimental tool development. An important feature of the Centre is that both theoretical and experimental researchers are involved in joint investigations.


Nanotechnologies in: Manufacturing of nanostructured materials

Research: Nanotechnologies in: Research on structural and electronic properties of nanostructures and solid surfaces, Development and diagnostics of functional materials, Molecular electronics, Catalysis, Understanding of basic processes of epitaxial growth and self-assembling with single atom precision. Nano-manipulation processes, Development of novel techniques and tools for characterization of materials with atomic/molecular precision

Relevant technologies:Nanotechnologies: Ultra-precise surfaces, Ultra-thin layers, Bio-molecular layers, Nano-structured materials, Self-organising eff ects

EUROPEAN OR NATIONAL PROJECT EXPERIENCEType of project: European 1. FP6 Project: “Nano Engineering for Expertise and Development” (NEED); The NEED project is aimed at drawing

guidelines and training staff for future development in the fi eld of nanoscience, nanotechnology and advanced materials in the NANOSAM Centre of the Jagiellonian University in Cracow in co-operation with 6 European partners. MARIE CURIE Transfer of Knowledge Action

Research areas: Nanotechnology, Nano-engineering

•

•

•

Aerospace

Automotive

Environment

Health

ICT

Other


2. FP6 Integrated Project: “Computing Inside a Single Molecule Using Atomic Scale Technologies” (PICO-INSIDE) In 3 years, Pico-Inside will develop the architecture, the atomic scale technology and the chemistry to explore and quantify intramolecular resources for integrating much more than a single logic gate inside a single molecule. NANOSAM Centre is participating in co-operation with 16 European partners

Research areas: Nanotechnology, Molecular electronics, Self-assembling systems, Quantum computing

3. FP6 STREP Project: “Anchoring of Metal-Organic Frameworks, MOFs, to Surfaces” (SURMOF), The Project will design the architecture and investigate properties of metal-organic frameworks assembled on controlled solid surfaces. NANOSAM is participating in co-operation with 6 European partners

Research areas: Nanotechnology, Molecular electronics, Catalysis, Supramolecular chemistry, Self-assembling systems.

4. European Science Foundation Project: “Nanotribology” (NATRIBO), The project activities are focused on understanding of basic fundamental processes as friction, adhesion and wear at atomic level. NANOSAM Centre is co-operating in this project with 15 European partner Institutions

Research areas: Nanotechnology, Nanotribology, Nanomechanics


Development of novel probes for nanostructure characterization with ultimate resolution and chemical sensitivity (as Kelvin Probe Force Microscopy, Dynamic Force Microscopy, Intermolecular Force Spectroscopy); Template manufacturing by nano-structuring of semiconductor and insulator surfaces with ion, electron and photon beams; Metalurgy of conductive nanowires and pads; Ultrathin fi lm deposition and assembling.

Area of application: Nanotechnology, Nanoelectronics, Nanoscience, Nanomedicine

•

Contact person: Prof. Marek Szymońskiphone: +48 12 663 55 60



Department of Physical Chemistry, Faculty of ChemistryJagiellonian University

University

30-060 Kraków, PolandIngardena 3

phone: +48 12 663 20 20fax: +48 12 634 05 15

e-mail: [email protected]: www.chemia.uj.edu.pl

PROFILE OF THE INSTITUTIONThe group consists of 7 permanent staff members and varying number of PhD and undergraduate students (5 - 10). Our studies focus mainly on new polymeric and hybrid materials for medical and environmental applica-tions. Our group has accumulated comprehensive expertise in polymer synthesis and characterization as well as in modifi cation of polymers, natural polymers in particular. We have gained experience in practical application of research techniques such as AFM and fl uorescence microscopies as well as spectroscopic and chromatographic techniques.


Nanotechnologies in: Health, Environment

Research: Nanotechnologies in: Health, Environment

Relevant technologies:Nanotechnologies: Ultra-thin layers, Nano-structured materials, Self-organising eff ects, Controlled release, Smart materials


EuropeanStaff members of the group were involved in several European projects. We joined two polymer and surface science related Research Training Networks, i.e. “PolyNano”, “BioPolySurf”, and took part in the “Calorie” project (Access to Research Infrastructure). The group participated in the consortia of two other projects “MAGIDRUG” (“Composite Magnetic Nanoparticles For Targeted Drug Delivery”) and “Polyfunction” (“Functional Nanostructured And Responsive Materials”), which did not receive fi nancing.

Research areas: Chemistry, Materials Science


We have developed novel polymeric materials that can be used in photodegradation of water pollutants using solar or artifi cial light. Diff erent materials we have been working on consist of natural, biodegradable polymers, or synthetic “smart” polymers.

Area of application: Environmental protection

•

•

•

•

•

Aerospace

Automotive

Environment

Health

ICT

Other



The materials we have developed may fulfi ll the need for more effi cient environment-friendly technologies (using solar light and biodegradable materials) of removal pollutants down to very low concentrations.

Area of application: Environmental pollutants

•

Contact person: Prof. Maria Nowakowskaphone: +48 12 663 22 50



Faculty of Materials Science and Engineering Chair of Materials Science

Silesian University of Technology University

40-019 Katowice, PolandKrasińskiego 8

phone: +48 32 603 41 02fax: +48 32 603 44 00

e-mail: [email protected]: www.polsl.katowice.pl

PROFILE OF THE INSTITUTIONSilesian University of Technology is one of the biggest technical universities in Poland. The Chair of Materials Science, founded in 1969 in Katowice employs 10 professors and more than 40 academic staff . The chair co-operates with several foreign research institutes and academic centres in Europe and the USA. The research covers ceramic technologies, non-oxide engineering ceramic, fl uoride glasses for active light guides, application of SEM and EPMA, heat-resistant coatings, titanium based alloys. The several research and development projects are fi nanced by the government and EU, and industry (Polish Aviation Valley).


Nanotechnologies in: Milling with super-high energy

Research: Nanotechnologies in: Materials with nanostructure

Relevant technologies:Nanotechnologies: Processing of nanostructured powders

EUROPEAN OR NATIONAL PROJECT EXPERIENCEType of project: European/National

ACTIVATION Super high energy milling in the production of hard alloys, ceramics and composite materials, FP6, STREP in NMP priority 3; several research projects on advanced materials

Research areas: preparation and properties of nanostructured oxide powders, densifi cation of nanostructered oxide and sialon powders, properties of bulk nanostructured products.


Porous, corrosion resistant sialon ceramic without sintering additives

Area of application: hot gas fi lters for new power generation systems, coal gasifi cation

•

•

•

•

•

Contact person: Prof. Małgorzata Sopicka-Lizerphone: +48 32 603 44 76


Aerospace

Automotive

Environment

Health

ICT

Other


Institute of Polymer & Dye TechnologyTechnical University of Lodz

University

90-924 Łódź, PolandStefanowskiego 12/16

phone: +48 42 631 32 10fax: +48 42 636 25 43


PROFILE OF THE INSTITUTIONSynthesis and application of urethane-siloxane copolymers with elastomeric behaviourMaterials Engineering; within the issues of properties and disadvantages of special materials application limiting their usage in multidisciplinary area. The new fi llers are also under investigation. The other objects of meaningful studies are like follows: elastomers’ crosslinking, structure of unconventional elastomers’ networks and their infl uence on the rubber properties, technology of special rubbers thermally and chemically stable with a reduced fl ammability and special thribological propertiesHeterogeneous catalysis – the application of polymeric carriers


Nanotechnologies in: Polymers

Relevant technologies:Synthesis of hybride materialsSynthesis and surface modifi cation of nanofi llersPolymers nanocomposites of defi ned properties (mechanical, optical, barrier)


GIRD-CT-2000-00328 ROTORComputer optimalization of rotors for closed mixers: innovative way for the quality improvement of rubber elements and tires

Type of project: National3 T09B 080 27 Nanocomposites of elastomers3 T09B 080 26 Nanocomposites of elastomers containing layered fi llers095/T08/2003 Polymeric materials modifi ed with nanoparticles. Technologies – properties – applications095/T08/2003 Surface layer modifi cation of polymers with engineering applicationsPBZ-KBN-115/T08/03 Magneto-rheological elastomers. Synthesis and properties

••

•

•

•••

••

•••••

Contact person: Prof. Marian Zaborskiphone: +48 42 631 32 09


Aerospace

Automotive

Environment

Health

ICT

Other


Institute of Materials EngineeringTechnical University of Szczecin

University

71-310 Szczecin, PolandAl. Piastów 19

Phone: +48 91 449 44 57Fax: +48 91 449 49 43

E-mail: [email protected]: www.ps.pl

PROFILE OF THE INSTITUTIONCarbon nanotubes (CNTs) are a promising new class of material with exceptional mechanical, electrical and thermal properties. The CNT’s have the potential to reinforce polymers forming nanocomposites with potentially exceptional properties. Polymer matrix nanocomposites and those containing carbon nanotubes appear to be of particular signifi cance. As it is known, the main utility properties of thermoplastic elastomers arise from their nanometric multiphase structure. On the other hand, fullerenes and carbon nanotubes as fi llers or reinforcements give extreme possibilities to improve the polymer properties as result of physical and chemical interphase interactions. The appropriate conditions of the nanotubes dispersion in the polymer matrix and the activation of their surfaces are of key importance in the preparation of polymer nanocomposites. We recently started to investigate the properties of polymer nanocomposites based on thermoplastic elastomers with carbon nanotubes. The main point of the interest is the development of a method to obtain the nanocomposite during the synthesis of the polymer (in situ) in molten state. This problem has not yet been described in the literature.


Nanotechnologies in: Research centre and educational

Research: Nanotechnologies in: Engineering of Materials

Relevant technologies:Nanotechnologies: Nano-structured materials


Modern nanocomposites based on thermoplastic polyesters and carbon nanotubes; German / Polish cooperation joint project, 2004 - 2005

Research areas: Engineering of Materials, Nanotechnologies


Area of application: Technical polyester fi bres

•

•

•

•

Contact person: Prof. Zbigniew Rosłaniecphone: +48 91 449 44 57


Aerospace

Automotive

Environment

Health

ICT

Other


Chair of Food Packaging and BiopolymersUniversity of Agriculture in Szczecin

University

71-550 Szczecin, PolandKazimierza Królewicza 4

phone.: +48 91 422 56 22fax: +48 91 422 56 22

e-mail: [email protected]: www.zoib.tz.ar.szczecin.pl

PROFILE OF THE INSTITUTIONChair of Food Packaging and Biopolymers (FPaB) is an interdisciplinary group working within the Faculty of Food Sciences and Fisheries at Univeristy of Agriculture in Szczecin. FPaB research activities are mainly focused on following topics:

immobilization and microencapsulation of bioactive substances and food-additivesbiodegradable food-packaging materials biodegradable formulations and method for coating of diff erent plant seeds, bulbs and roots. Especially FPaB has some expertise in microencapsulation based on natural polymers (polysaccharides and proteins), immobilization of living cells (plant and bacteria), food-bioactive substances and taste and smell masking, food and packaging interaction (long shelf-life studies changes of texture and chemical composition during storage), oxygen transmission rate measurements for food-packaging fi lms


Micro and nanotechnologies in: Encapsulation, Immobilization, Food packaging

Relevant technologies:Microtechnologies: MicroencapsulationNanotechnologies: Nano-structured materials, Nanoencapsulation

EUROPEAN OR NATIONAL PROJECT EXPERIENCEType of projects:European:

Partner in FP6 Integrated Project “SUSTAINPACK” (NMP3-CT-2004-500311), (2004-2008) “Innovation and Sustainable Development in the Fibre Based Packaging Value Chain”, www.sustainpack.comThe SustainPack project main goal is to extend the limits of fi bre based packaging materials through the application of nanotechnologies including coating and printing technologies to enhance barriers and other functional properties

Research areas: Surface modifi cation of paper boards (microand nanoencapsulation, biopolymers)


Eco-friendly methods of microand nanoencapsulation (immobilization of various bio-oriented materials), food packaging

Area of application: Food, Medicine, Pharmacy, Biotechnology

•••

•

••

•

•

•

Contact person: Dr. Artur Bartkowiakphone: +48 91 422 56 22


Aerospace

Automotive

Environment

Health

ICT

Other


Applied Mechanics DivisionFaculty of Mechatronics

Warsaw University of TechnologyUniversity

02-525 Warszawa, PolandŚw. Andrzeja Boboli 8

phone.: +48 22 660 85 04fax: +48 22 849 99 36

e-mail: [email protected] website: www.pw.edu.pl/english/

PROFILE OF THE INSTITUTIONApplied Mechanics Division operate at Faculty of Mechatronics of Warsaw Univwersity of Technology. Faculty of Mechatronics constitute 4 co-operating institutes:

Institute of Automatic Control and RoboticsInstitute of Precise and Biomedical EngineeringInstitute of Micromechanics and FotonicsInstitute of Metrology and Measuring Systems

The faculty is a multidisciplinary one. Didactic and scientifi c activities of the faculty are focused on modern technical problems including automatic control, electronics, computer science, electrical engineering, mechanics, robotics, optics, biomedical engineering and metrology. The Faculty of Mechatronics cooperates with many domestic and foreign scientifi c institutions and organizes international seminars, workshops and conferences.


Microtechnologies in: Automotive, Health, Aerospace and Environment

Relevant technologies:Microtechnologies: Micro optics, Micro mechanics, Micro robotics, System integration (micro)Nanotechnologies: Ultra-precise surfaces, Ultra-thin layers, Bio-molecular layers, Nano-structured materiale, Quantum-dot lasers

••••

•

••

Contact person: Prof. Wiktor GambinTel.: +48 22 660 85 04


Aerospace

Automotive

Environment

Health

ICT

Other


Fiberoptic Sensing and Metrology Systems GroupInstitute of Electronic Systems

Warsaw University of TechnologyUniversity

00-665 Warszawa, PolandNowowiejska 15/19

phone: +48 22 234 76 91fax: +48 22 825 23 00

e-mail: [email protected]: www.ise.pw.edu.pl

PROFILE OF THE INSTITUTIONMain research interest areas of the Group are:

optoelectronic metrology in laboratory and industry optical fi ber technology including silica and multicomponent glasses (in Co-operation with the Institute of Electronic Materials Technology, Warsaw, Poland)optical fi ber devices, optical fi ber sensors (production and testing), image processing

Two fi ber technologies are developed and used:Biconical fi ber tapering (directional couplers, multiplexers and fi lters) Bragg grating inscription on the fi ber core (standard, apodized, chirped and long period)

Instrumentation:Air-conditioned quasi-clean room facilityDouble frequency 244nm 100mW argon ion laser (330-360nm and standard wavelengths also available)High pressure 200bar hydrogenation unitOptical spectrum analyzer 10pm resolution in range 600-1700nm (Advantest) Optical spectrum analyzer 15pm resolution in range 600-1700nm (Agilent)Tunable laser 1pm resolution in range 1450-1590nm Lightwave multimeter (Agilent) 800-1600nmOptical attenuator 1300/1550nm (Agilent)

Sensing application of fi ber Bragg and long period gratings are of our recent interests


Microtechnologies in: Environment

Research: Micro and nanotechnologies in: Environment

Relevant technologies:Nanotechnologies: Nano-structured materialsMicrotechnologies: Micro optics

EUROPEAN OR NATIONAL PROJECT EXPERIENCEType of projects: National

Fiber Bragg grating technology, hydrogenation for better photosensitivity, phase mask and interferometric methods

Research areas: fi ber grating technology, multiplexed sensors

••

•

••

••••••••

•

•

••

•

Aerospace

Automotive

Environment

Health

ICT

Other



Fiber grating sensor applications for: Environment, Health, Automotive, Aerospace•

Contact person: Dr. Kazimierz Jędrzejewskiphone: +48 22 660 76 91



Institute of Machines Design and Operation, Hydraulic Drives and Automatics Division

Wroclaw University of TechnologyUniversity

50-371 Wrocław, PolandŁukasiewicza 7/9

phone.: +48 71 320 27 16fax: +48 71 322 76 45

e-mail: [email protected]: www.ikem.pwr.wroc.pl

PROFILE OF THE INSTITUTIONThe Division’s scientifi c research activities cover:

identifi cation of medium fl ow phenomena and the ones associated with the performance of a hydraulic element or system functionperfection of methods of calculating hydraulic elements and systems and servomechanismsdriving hydraulic system diagnosticsidentifi cation of acoustic phenomena which accompany the operation of hydraulic elements and systems

Moreover passive and active methods of noise reduction as applied to driving hydraulic systems and the correlation between fl ow phenomena and acoustic emission are the major areas of interest.


Microtechnologies in: Aerospace, Hydraulic systems and components

Research: Microtechnologies in: Automotive, Aerospace, Hydraulic systems and components

Relevant technologies:Microtechnologies: Micro fl uidics

EUROPEAN OR NATIONAL PROJECT EXPERIENCENational:

Hydrostatic systems design methodology, with lowered nosie emissionResearch areas: noise, acoustic holography, hydraulic systems


New generation of external gear pump for hydraulic systems

•

•••

•

•

•

•

•

Contact person: Dr. Michał StosiakTel.: +48 71 320 27 16


Aerospace

Automotive

Environment

Health

ICT

Other

Contents

Institutions and Associations

Andrzej Soltan Institute for Nuclear Studies 9

Institute of Metallurgy and Materials Sciences 10

Polish Academy of Sciences 10

Institute of Molecular Physics 12

Polish Academy of Sciences 12

Large companies

Exact Systems 17

Public Research Centres

BOSMAL R&D Center 21

Center of Medical Biology, Polish Academy of Sciences 22

Industrial Chemistry research Institute 23

Industrial Research Institute for Automation and Measurements “PIAP” 24

Institute of Aviation 25

Institute of Biopolymers and Chemical Fibres 27

Institute of Catalysis and Surface Chemistry, Polish Academy of Sciences 29

Institute of Electron Technology, Microand NanoTechnology Applied RC 30

Institute of High Pressure Physics, Polish Academy of Science 32

Institute of Non-Ferrous Materials 34

Institute of Nuclear Physics, Polish Academy of Sciences 36

Institute of Physics, Polish Academy of Sciences 38

Metal Forming Institute 40

Metal Forming Institute Centre of Excellence 41

The Children’s Memorial Health Institute 43

The Institute for Plastics Processing “Metalchem” 45

Small-Medium Enterprises

Amepox Enterprise Ltd. 49

BioVectis Ltd., Krzysztof Kucharczyk Techniki Elektroforetyczne Sp.z o.o. 50

CIM-mes Projekt sp. z o.o. 52

Echo-Son S.A. 53

Energocontrol 54

Evatronix S.A. 56

Hydromega Sp. z o.o. 57

Innowacja Polska Sp. z o.o. 58

KAMIKA Instruments 60

LfC Sp. z o.o. 61

NANO-TECH 62

8�

QWED 63

Semicon Sp. z o.o. 64

Uni–Chem Sp. z o. o. 65

Zakład Techniki Mikroprocesorowej EXE 66

ZEAP Zakład Elektronicznej Aparatury Pomiarowej 67

ZKE Merawex 68

Universities

AGH University of Science and Technology, Department of Modelling and Information Technology, Faculty of Metals Engineering and Industrial Computer Science 71

Centre for Nanometer-scale Science and Advanced Materials NANOSAM 73

Jagiellonian University, Department of Physical Chemistry, Faculty of Chemistry 75

Silesian University of Technology, Faculty of Materials Science and Engineering, Chair of Materials Science 77

Technical University of Lodz, Institute of Polymer & Dye Technology 78

Technical University of Szczecin, Institute of Materials Engineering 79

University of Agriculture in Szczecin, Chair of Food Packaging and Biopolymers 80

Warsaw University of Technology, Applied Mechanics Division, Faculty of Mechatronics 81

Warsaw University of Technology, Fiberoptic Sensing and Metrology Systems Group, Institute of Electronic Systems 82

Wroclaw University of Technology, Institute of Machines Design and Operation, Hydraulic Drives and Automatics Division 84

8�

Disclaimer

This catalogue refl ects only author`s view. The European Commission is not liable for any use that may be made of the information contained in this catalogue.

NAoMITECNano and Micro-TEC SMEs in IPs and NoE

The NAoMITEC project is addressed to SMEs developing and/or interested in micro and nanotechnologies by supporting them in joining R&D projects in order to improve or to maintain their competitiveness.

For this purpose, NAoMITEC Partners are carrying out technology audits, will support companies in selecting the most suitable projects for them and in submitting the pro-posal to the project co-ordinators and the European Commission.

NAoMITEC project also supports large companies, research centres, universities and research consortia looking for SMEs to be involved with specifi c roles in Integrated Projects and Networks of Excellence.

The project is focused on fi ve selected sector:Aerospace AutomotiveEnvironmentHealthInformation and communication technology

For further information and assistance, please contact:Zbigniew [email protected]łaj [email protected]łgorzata [email protected]

Project website: http://www.kpk.gov.pl/naomitec

Project O� cer:Henrik DamEuropean Commission/DG ResearchUnit M4 : Research & SMEs

NAoMITEC is a Specifi c Support Action co-funded by the European Commission under the 6th Framework Programme

Project start date: 01.07.2004Project end date: 31.12.2006

National Contact Point for - KPK :: KPK7pr.kpk.gov.pl/naomitec/pic/NAoMITEC_catalogue.pdf ·...

Documents

Transcript of National Contact Point for - KPK :: KPK7pr.kpk.gov.pl/naomitec/pic/NAoMITEC_catalogue.pdf ·...