2019/12/3 Country Company/Organisation Name 企業・団体名 URL Catchphrase highlighting Company / キャッチフレーズ 1 Poland Advanced Graphene Products Sp. z o.o. https://advancedgrapheneproducts.com/ Graphene solutions that create the next generation of applications. グラフェン・ソリューションで次世代の応用技術を創出 2 Denmark Biomodics Aps http://www.biomodics.com/ New polymers for tailored nano particles ナノ粒子のテーラーメイド合成を実現する 新たなポリマー技術 3 France Cordouan Technologies SAS https://www.cordouan-tech.com/ Advanced solutions for Nanoparticle Characterisation ナノ粒子解析を実現する先端技術 4 Austria ENVIRAL OBERFLÄCHENVEREDELUNG GMBH http://www.enviral.de/ Nano Capsule Anticorrosion Additives ナノカプセル腐食防止剤 5 France GENESINK SA https://www.genesink.com/ Solutions for Printed and Flexible Electronics プリンテッド・エレクトロニクスおよびフレキシブル・エレクトロ ニクス向けソリューション 6 Spain NADETECH INNOVATIONS SL http://nadetech.com/ Improving people´s lives- Nanotechnology Deposition Manufacturers: dip coating, electrospinning, ultrasonic spray coating ナノテクノロジーによる析出技術(超音波噴霧、ディップコー ティング、エレクトロスピニング)を通じて、 人々の生活をより良いものに 7 France Nanomakers https://www.nanomakers.co/ We improve the world… and your materials! 私たちは、世界を、そして、あなたの使う材料を、 より良いものにします! 8 Czech Republic NANOTEC SYSTEM https://www.nanotecsystem.cz/-eng Nanotec system is the bridge between research, manufacturing and application spheres in the field of new photoactive nanomaterials. Nanotec systemは、新たな光活性ナノ材料の分野におい て、研究から製造、応用までを手がけています。 9 United Kingdom Oxford Nanosystems Ltd https://oxfordnanosystems.com A revolution in Heat Transfer 熱伝達革命 10 Czech Republic SVCS Process Innovation s.r.o. https://www.svcs.com/ Equipment manufacturer 半導体用装置の製造 2019/12/3 現在 As of 2019/12/3 お問い合わせ:日欧産業協力センター (ムーラ、グラルキ、小澤、ラインティース) 〒108-0072 東京都港区白金 1-27-6 白金高輪ステーションビル 4F Tel: 03-6408-0281 | e-mail: [email protected]欧州ナノテクノロジー産業クラスター・中小企業 対日ミッション 参加企業一覧 FY2019 EU Nanotechnology Cluster / SME Mission Participants List EU-Japan Centre for Industrial Cooperation / 日欧産業協力センター 参加企業・団体は予告なく変更となる場合がございます。 participating companies/ organisations are subject to change without further notice.
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欧州ナノテクノロジー産業クラスター・中小企業 対 …AGP’s goal is to explore possible application areas based on all types of graphene materials. We offer graphene
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2019/12/3
Country Company/Organisation Name 企業・団体名 URLCatchphrase highlighting Company /
キャッチフレーズ
1 Poland Advanced Graphene Products Sp. z o.o. https://advancedgrapheneproducts.com/
Graphene solutions that
create the next generation of applications.
グラフェン・ソリューションで次世代の応用技術を創出
2 Denmark Biomodics Aps http://www.biomodics.com/
New polymers for
tailored nano particles
ナノ粒子のテーラーメイド合成を実現する
新たなポリマー技術
3 France Cordouan Technologies SAS https://www.cordouan-tech.com/
Advanced solutions for
Nanoparticle Characterisation
ナノ粒子解析を実現する先端技術
4 Austria ENVIRAL OBERFLÄCHENVEREDELUNG GMBH http://www.enviral.de/Nano Capsule Anticorrosion Additives
Graphene solutions that create the next generation of applications.グラフェン・ソリューションで次世代の応用技術を創出
Advanced Graphene Products is an innovative company focused on theproduction of graphene materials and development of cutting-edge applications.Our products include large-area graphene sheets and chemically synthesizedgraphene flakes. Our goal is to explore possible application areas based on alltypes of graphene materials. We offer graphene as a raw material for industrialand R&D purposes.
AGP creates graphene solutions and high-quality materials. Our goal is todevelop graphene technologies and applications, primarily for industrial purposes.Distinguished by know-how and patented technologies, AGP offers a uniqueapproach to product development. By implementing pilot studies with industrialbusiness partners, AGP confirms the possibility of introducing graphene to theselected application and determines the properties of the potential solution. Aspart of industrial cooperation and our own R&D activities, we develop newtechnologies for graphene implementation. Our technology includes large areagraphene sheets (e.g.HSMG®) and chemically synthesized graphene flakes.AGP’s goal is to explore possible application areas based on all types ofgraphene materials. We offer graphene as a raw material for both industrial andR&D purposes. We are active in the following application areas, among others:photovoltaics, advanced sensors, various types of graphene-based composites,graphene-enhanced polymers.
High Strength Metallurgical Graphene (HSMG®) is the main product at AGP. Wehave developed and patented a unique method of graphene growth which yieldsin large-area graphene of high uniformity, coverage and, what is most important,repeatibility and reproducibility. We have shown its advantages over large-areagraphene produced using standard CVD methos (results are published in thescientific journals).
The HSMG® technology is based on the graphene growth on liquid metal matrix.The graphene growth process originates with nucleation of single hexagonalflakes on the liquid metallic substrate. Liquid matrix enables flakes’ rotation andrearrangement during nucleation process that results in larger grain sizes, quasi-monocrystalline 2D structure and, consequently, improved graphene properties.This process is fully controlled and enables the production of large-scalegraphene sheets with specified number of layers, including also a monolayer andquasi-monocrystalline graphene HSMG®. The technology is patented in the US,EU and Poland.
AGP holds other patents and has also filed for new patents focused on other
New polymers for tailored nano particlesナノ粒子のテーラーメイド合成を実現する新たなポリマー技術
Biomodics innovate biocompatibility and local drug delivery, to improve thequality of life and save resources in the healthcare system.Biomodics is leveraging its unique expertise in polymer science to develop noveltreatment options. Our patented polymer technology for drug deliveryapplications.
Biomodics use CO2 technology to process new polymers into nano particles andhybrid polymers. These products provide biocompatibility and aid new productsin performing better than existing products. They provide sustained drug deliverywhich is a huge advantage for pharmaceutical companies chasing newformulations and local drug delivery to obtain better treatments of diseaseswhile reducing unwanted side-effects. This strategy will also allow patentextensions on new and existing drugs in combination with Biomodics drugdelivery platform. Finally, new polymers for triggered delivery are offered. Theycan be triggered by light or ultrasound to provide dug delivery on demand.Biomodics offer to tailor the particles in terms of size, chemistry and shape. Inthis way specific drugs can be adapted in an optimal way.Biomodics' patented IPN technology makes the development of new siliconemedical tubing devices resistant to biofilm formation possible due to animpregnation creating forming a storage depot for drugs allowing for sustaineddrug delivery. Learn more at: www.biomodics.com
Biomodics products are innovative because they are based on effective post-treatment of existing polymer products with a new hydrogel nano-network. Thisenables the new products to gain permanent biocompatibility and optionallyrelease drugs in a sustained way compared to coatings which are often weakand fragile. Applications range from drug delivery devices to contact lenses tomedical devices intended for prolonged use and critical applications such ascatheters for critically ill patients. The beneft is better product performance,improved safety and in case of new formulations the added benefit of patentextension of new and existing drugs are obvious. Therefore, contact to nanotech and pharma players are of high relevance. They can benefit from designingsustained and local drug delivery. Potentially this can also lead to majorsocioeconomic benefits in relation to cancer and infectious diseases.
The SmartCorr product developed by ENVIRAL is based on fundamentalresearch by the Max-Planck-Institute which has been patented and exclusivelylicensed to ENVIRAL by Max-Planck-Innovation GmbH. In line with the self-healing mechanism of human skin, we developed an innovative process tofunctionalise corrosion protection coatings in order to also allow them to healdamage autonomously.
We develop and produce anticorrosion additives base on a new technology ofnanoencapsulation, such additives added to dry and wet pints significantlyprolong the resistance of material to corrosion growth. According to our tests,the single coated layer with our additives can show the similar anticorrosioncharacteristics kike double coated layers without additives. Therefore, theeconomical saving are obvious.
会社概要 GenesInk is a world leader in advanced materials and formulations for theprinted & flexible electronics market. Our solutions of conductive and semi-conductive inks bring competitive advantages to industries looking for thin andflexible devices, high conductivity and outstanding electrical performances.
Since GenesInk creation we have been strongly networking and cooperating withthe industry and all related R&D centers and universities. This has enabled us toexchange product needs and test data with more than one thousand companiesand R&D centers. Based on that global network with direct users and OEMs weare able to collect strategic, marketing and technical information that are one ofthe pillar of our innovation: listening to our customers.
Multiple approaches are used to develop and market new products:・Understanding new products developments needs: our world class scientificcommittee is guiding the technological roadmap.・Listening to customers technical needs and specifications: Customer intimacyenables GenesInk to fine tune existing formulas to the exact needs of theprocess (beta customers testing).・Cooperating with R&D centers and key industry players: Acting as formulatorsin the development of new electronic products enable GenesInk to understandfuture needs and constraints.
Our patented technologies are successfully used in applications such as:・Integrated Smart Systems・In Mold Electronics・Thin and Large Area Electronics: OPV, OLED・Transparent conductive films for displays
Our inks are compatible with industrial printing methods and flexible substratesfor large scale production.
GenesInk is a company based in the south of France, in the area of Aix-En-Provence. It has a global distribution network and a sales office in Tokyo, Japanand USA. As an active company in the field of innovation, GenesInk is part ofthe H2020 European research program. Ongoing projects focus on ITO-freeelectrodes manufacturing and flexible batteries.
Solutions for Printed and Flexible Electronicsプリンテッド・エレクトロニクスおよびフレキシブル・エレクトロニクス向けソリューション
GENESINK SAFrance (FR)
2010年1月
< 1 million
製品・技術
製品・技術の特徴
GenesInk is a world leader in advanced materials and formulations for theprinted & flexible electronics market. Our solutions of conductive and semi-conductive inks bring competitive advantages to industries looking for thin andflexible devices, high conductivity and outstanding electrical performances.
Since GenesInk creation we have been strongly networking and cooperating withthe industry and all related R&D centers and universities. This has enabled us toexchange product needs and test data with more than one thousand companiesand R&D centers. Based on that global network with direct users and OEMs weare able to collect strategic, marketing and technical information that are one ofthe pillar of our innovation: listening to our customers.
Multiple approaches are used to develop and market new products:・Understanding new products developments needs: our world class scientificcommittee is guiding the technological roadmap.・Listening to customers technical needs and specifications: Customer intimacyenables GenesInk to fine tune existing formulas to the exact needs of theprocess (beta customers testing).・Cooperating with R&D centers and key industry players: Acting as formulatorsin the development of new electronic products enable GenesInk to understandfuture needs and constraints.
Our patented technologies are successfully used in applications such as:・Integrated Smart Systems・In Mold Electronics・Thin and Large Area Electronics: OPV, OLED・Transparent conductive films for displays
Our inks are compatible with industrial printing methods and flexible substratesfor large scale production.
GenesInk is a company based in the south of France, in the area of Aix-En-Provence. It has a global distribution network and a sales office in Tokyo, Japanand USA. As an active company in the field of innovation, GenesInk is part ofthe H2020 European research program. Ongoing projects focus on ITO-freeelectrodes manufacturing and flexible batteries.
GenesInk offers advanced materials for the printed & flexible market:
• Silver Nano Inks: joining the IoT revolution with innovative and flexibleapplications.
• Transparent Conductive Ink: TranDuctive® is our product line based on silvernano-wires and aiming at ITO replacement, OLED and OPV.
• ZnO, AZO and WO3 Nano Inks: solutions for efficient and longer shelf lifeorganic solar cells or for righterand flexible OLED lighting.
Our silver nano-inks are unique as they do not contain organic binders, incontrast with conventional silver pastes.This results in much thinner printed patterns with significantly betterconductivity and flexibility. This has a direct positive impact on electricalperformances and even enable new functionalities such printing on very thinsubstrates (below 25µm of thickness) which is not possible with conventionalsilver pastes.Since Japan is a very innovative country we are convinced that this newfeatures will interest the big electronics makers and we would like to be morevisible in this industry.
In addition, all of our inks have a very good stability and are safe for theoperators who handle them as they do not contain and CRM compounds(Carcinogenic, Reprotoxic, Mutagenic) in contrast with our competitors productswhich contain dangerous organic solvents.
We are a spin-off of the Public University of Navarre (Spain), constituted as acompany in 2011. We are committed to improve our technology throughcontinuous research and development and we count among our partners severaluniversity professors and researchers that closely work with us in thedevelopment of new equipment. Our highly qualified team is currently composedby 8 employees, with a technical team of 5 R&D engineers (Industrial Engineersin electronics and automation, mechanics, electricity and IT), administration,commercial and management.We develop equipment that processes micro and nano materials to generate thinfilms using various deposition techniques such as ultrasonic spray, dip coatingand electrospinning among others. We adapt the optimal solution to the client’srequirements and we offer preliminary tests before purchase. In this way youcan be sure that the results will meet your requirements before making yourinvestment. The projects and clients of Nadetech are distributed in multiplesectors: biomedicine, tissue engineering, chemistry, food industry, crystals,chemistry, energy, etc … Likewise, we have experience in the development ofspecific R + D + i projects, both for internal improvement of our solutions as forspecific projects with clients.
ND-DC Dip coater 150 and 300; ND-Rotary dip coater, ND-2D&3D dip coatingand its accessories https://nadetech.com/dip-coating.ND-SP mini and ultrasonic Spray coater,ND-SP Precision Spray coater and itsaccessorieshttps://nadetech.com/spraycoating/ND-ES Lab Electrospinning and its accessories.https://nadetech.com/portfolio/nd-es-lab-electrospinning/
As engineers and maufacturers we are in the continous pursuade of excellencedeveloping and up-grading our equipments thanks to the feed-back given byour clients
We improve the world… and your materials!私たちは、世界を、そして、あなたの使う材料を、より良いものにします!
Nanomakers is a French company which designs, manufactures and sellsindustrial quantities of patented silicon-based nanopowders for doubling energydensity of the Li-ion batteries and for the disruptive reinforcement of materials(elastomers, metallic alloys, powders for additive manufacturing). Nanomakersturnover is made 99% in Asia and North America, and is being multiplied by tensince 2014.
Nanomakers design, produce and sell high quality patented silicon-based nano-powders. These nano-powders enhance drastically the mechanical, thermal andchemical performances of numerous industrial materials (elastomers, metals andcomponents of anode material in Li-ion battery).Nanomakers is a spin-off from CEA after 20 years of innovation on laserpyrolysis process which allows us to produce high qualities of nanopowders. Wehave exclusive rights on the patents produced by this R&D and owns a "readyto sell" product portfolio. This portfolio includes a set of nano-powders, anindustrial production process and solutions for handling and transportation ofpowders to customers' premises.
Nanomakers' nanopowders have very high purity (97-99%), very good homogeneity (with anarrow particles size distribution), an excellent reproducibility (conformity of every batches tospecifications and requirements of each industry) and can be customizable accordingcustomers' requirements (size from 40nm to 75nm, surface and coating). Comparing to othersimilar powders on the market, Nanomakers' products are recognized by experts in Japan andUSA.Nanomakers presently deliver industrial quantities for the first developed application ofelastomer joints in semiconductor sector. More than 90% products are for export to USA,Japan and S.Korea, with a sales doubled each year.In order to improve in innovation, Nanomakers’ R&D team is now focusing on new customersapplications, particularly in lightweight structure and envelope parts for aerospace as far ashigh performances Li-ion batteries in order to double their capacity. His industrial excellenceand his ability to innovate have earned Nanomakers to manage or be a part of many Frenchand European collaborative projects.
Speeding application of novel photoactive nanomaterials and technologies toreal life . Nanotec company is focusing on the development of innovativephotoactive nano composite systems for the preventive system of th egrowth ofalgae ,fungi and other microorgannism on the culture heritage objects ,insulatedresidential houses and concrete structures.
Company is licensing their patents to nano coating manufactures andtransfering know-how to application company
We are aware of the fact that photoactive materials and application are wellknown and developed in Japan .What we are offering is the complex know-howrelated to function of photoactive materials to microorganism and application toculture heritage protection . Our approach can be consider as the novel one .
Nanotec system is the bridge between research, manufacturing and application spheres in the fieldof new photoactive nanomaterials
Oxford NanoSystems has created heat transfer enhancement coatings forprimarily targeting two phase heat transfer in boiling applications. The state ofthe art coatings are ideal for the Refrigeration and Air conditioning Industries,Power Electronics, and the defence sector. The coating enhance the efficiencyof existing materials, allowing for weight reductions, energy savings, and reducedcarbon emissions.
OnS has developed "nanoFLUX" and innovative nanocoating technology whichincreases the heat transfer in two phase components. The coating has beenindependently tested by academics and Brunel University, London and asdemonstrated over a 500% increase. The coating is a low temperature processwhich can be implemented into a process after components have beenmanufactured. This reduces the need to change pre existing facilities. Thecoating has been demonstrated in fully manufactured brazed heat exchangers toreduce the size of these components by over 70%. The company has carried outadhesion trials and proved no degradation after 3 months of performance. Thecompany is now scaling the process to be able to deploy coating systemworldwide providing the product as a full service. Development is still ongoingbut results to date have been significant by global suppliers of heat transfercomponents.
The coating OnS have developed has economic benefits down the entire supplychains. For the HVAC market as an example the coating for the heat exchangermanufacturers will allow for material and overhead savings as the components will be smaller and therefore use less material and energy toproduce, the system manufactures will have a smaller more energy efficientproduct to implement into their systems which due to the size reduce will needless refrigerant and therefore make the overall systems cost less. Finally for theend users the efficiency saving will lead to lower electricity bills when using ACor refrigeration systems. At this time there are no other products on the marketwhich at low cost to be used on a commodity based market, is effective and canbe quickly scaled to meet the volumes needed in the application.
SVCS Process Innovation provide solutions for nanoscience technologies inthe area of Thermal Reactors, CVD (Chemical Vapor Deposition) and ALD(Atomic Layer Deposition) technologies for both mass production and/or fordemanding R&D or pilot project applications. The tools can be used for processdevelopment and materials growth in many areas of research includingsemiconductor, PV, MEMS and other nanotechnology applications. Typicalprocesses are Annealing, Boron and Phosphorus Diffusion, Oxides, Nitrides,TEOS, Polysilicon, Metal Oxides etc.
SVCS Process Innovationは、サーマル・リアクター、CVD(化学的気相成長法)、ALD(原子層堆積法)といった分野におけるナノサイエンス技術のソリューションを提供しています。大量生産向けに利用されるとともに、厳しい要件が適用されるR&Dやパイロットプロジェクトに応用されています。このツールは、半導体、太陽電池(PV)、微小電気機械システム(MEMS)などのナノテクノロジー分野のほか、数多くの研究分野において、工程開発や材料生成に利用することが可能です。代表的な工程としては、アニーリング、ホウ素拡散・リン拡散、酸化物、窒化物、TEOS(テトラエトキシシラン)、ポリシリコン、金属酸化物などが挙げられます。
SVCS is a manufacturer of thermal reactor (furnaces) that are used either forproduction or R&D of the “semiconductors”. We would like to approach R&Dinstitutes established by industries, universities or academic bodies.Semiconductor components are diode, transistor, integrated circuits (“chips”),processor, memory, as well as photovoltaic solar cell. Nowadays, except“semiconductor” the popular expressions in our target area MEMS,nanomaterials and nanotechnologies. Sensors, thin films etc. These laboratoriesare usually built with extrem requirements for high purity environment, so called“claen rooms”. Extremely high purity gases and liquids are used in the thermalreactors, therefore the additional part of our production are distribution systemsfor UHP gases and liquids.