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Nanotechnology Business Creation Initiative
Booth
3S-Q09
Zone
Material Zone

We are a leading Japanese nanotechnology organization dedicated to contributing to our members' businesses by leveraging technical information and our member network. Our new slogan is: "Serving as a hub for nanotechnology innovation, we connect the diverse expertise of stakeholders across industries,
create and implement new value in society,and bring the voice of industry to society." Our booth exhibition focuses on three key pillars: (1) an introduction to NBCI activities, (2) the visualization of nanotechnology, and (3) the StartUp Award.


Inquiry Chat

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Stage Presentation
Product / Technology Information

We are hereby introducing details about NBCI's activities.

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Product/Technology Category
nano materials
Carbon nanotube Graphene Nano cellulose Fullerene Nano particle Nano fiber Composite material Battery material Semiconductor material Antimicrobial material Ceramics Biocompatible material Thermic-functional material Other nanostructured materials
Nano Evaluation & Measurement / Analysis Technology & Tool
Electron microscope (SEM/TEM) SPM/AFM Measurement of particle size and distribution Raman spectroscopy Evaluation measurement and designing tool Materials informatics Simulation software / Supercomputer Process informatics X-ray / Synchrotron radiation measurement Cryo microscope NMR:Nuclear Magnetic Resonance High efficiency, high sensitive sensor Others
Fabrication Technology / Processing
Nano-Emulsions/ Grinding / Mixing / Classification Uniform dispersion Thin film coating (PVD・CVD) High-precision stacking technology ALD・ALE Quantum Beam Laser Processing Electron beam, Ion beam, EUV exposure, Plasma processing Nano imprint Fusion/bonding technology Inkjet printing Next Generation Lithography Nano additive manufacturing (3D printing), Nano-Multilayer film Others
Deep Tech
Quantum computer Quantum Sensing Quantum Security/ Quantum Communication Advanced Materials (extreme environment materials, space, temperature control) AI and Beyond 5G (Next-generation communication services, THz) Carbon neutral technology (fusion power generation, CO2 utilization technology) Biotechnology (bio manufacturing, new modalities) Agricultural technology (wide-area sensors for agriculture, microbial detection) Others

The "Visualization of Nanotech" initiative aims to highlight nanotech as a fundamental technology that tends to be hidden behind finished products, and to widely publicize its value. Every year, based on information on current and future technologies submitted by member companies, examples of nanotech applications by field are compiled and displayed on panels at the exhibition venue. A limited number of 500 booklet versions will be distributed at the venue.

ナノテクの見える化_画像.jpg
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Product/Technology Category
nano materials
Carbon nanotube Graphene Nano cellulose Fullerene Nano particle Nano fiber Composite material Battery material Semiconductor material Antimicrobial material Ceramics Biocompatible material Thermic-functional material Other nanostructured materials
Nano Evaluation & Measurement / Analysis Technology & Tool
Electron microscope (SEM/TEM) SPM/AFM Measurement of particle size and distribution Raman spectroscopy Evaluation measurement and designing tool Materials informatics Simulation software / Supercomputer Process informatics X-ray / Synchrotron radiation measurement Cryo microscope NMR:Nuclear Magnetic Resonance High efficiency, high sensitive sensor Others
Fabrication Technology / Processing
Nano-Emulsions/ Grinding / Mixing / Classification Uniform dispersion Thin film coating (PVD・CVD) High-precision stacking technology ALD・ALE Quantum Beam Laser Processing Electron beam, Ion beam, EUV exposure, Plasma processing Nano imprint Fusion/bonding technology Inkjet printing Next Generation Lithography Nano additive manufacturing (3D printing), Nano-Multilayer film Others
Deep Tech
Quantum computer Quantum Sensing Quantum Security/ Quantum Communication Advanced Materials (extreme environment materials, space, temperature control) AI and Beyond 5G (Next-generation communication services, THz) Carbon neutral technology (fusion power generation, CO2 utilization technology) Biotechnology (bio manufacturing, new modalities) Agricultural technology (wide-area sensors for agriculture, microbial detection) Others

Using nanocarbon as an example, we have mapped companies and products active in upstream, midstream, and downstream industries, as well as the related companies that support them. This is a very useful resource that allows you to see at a glance the products and players in the industry. The 2026 edition is scheduled to be distributed at the NBCI booth during the exhibition.

ナノカーボン業界マップ_2026年版.jpg
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Product/Technology Category
nano materials
Carbon nanotube Graphene Nano cellulose Fullerene Nano particle Nano fiber Composite material Battery material Semiconductor material Antimicrobial material Ceramics Biocompatible material Thermic-functional material Other nanostructured materials
Nano Evaluation & Measurement / Analysis Technology & Tool
Electron microscope (SEM/TEM) SPM/AFM Measurement of particle size and distribution Raman spectroscopy Evaluation measurement and designing tool Materials informatics Simulation software / Supercomputer Process informatics X-ray / Synchrotron radiation measurement Cryo microscope NMR:Nuclear Magnetic Resonance High efficiency, high sensitive sensor Others
Fabrication Technology / Processing
Nano-Emulsions/ Grinding / Mixing / Classification Uniform dispersion Thin film coating (PVD・CVD) High-precision stacking technology ALD・ALE Quantum Beam Laser Processing Electron beam, Ion beam, EUV exposure, Plasma processing Nano imprint Fusion/bonding technology Inkjet printing Next Generation Lithography Nano additive manufacturing (3D printing), Nano-Multilayer film Others
Deep Tech
Quantum computer Quantum Sensing Quantum Security/ Quantum Communication Advanced Materials (extreme environment materials, space, temperature control) AI and Beyond 5G (Next-generation communication services, THz) Carbon neutral technology (fusion power generation, CO2 utilization technology) Biotechnology (bio manufacturing, new modalities) Agricultural technology (wide-area sensors for agriculture, microbial detection) Others

The Technology Committee has eight subcommittees and is an active group that exchanges opinions and shares information among member companies on topics such as nanotechnology-related technologies and cutting-edge technologies that are attracting attention.

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Product/Technology Category
nano materials
Carbon nanotube Graphene Nano cellulose Fullerene Nano particle Nano fiber Composite material Battery material Semiconductor material Antimicrobial material Ceramics Biocompatible material Thermic-functional material Other nanostructured materials
Nano Evaluation & Measurement / Analysis Technology & Tool
Electron microscope (SEM/TEM) SPM/AFM Measurement of particle size and distribution Raman spectroscopy Evaluation measurement and designing tool Materials informatics Simulation software / Supercomputer Process informatics X-ray / Synchrotron radiation measurement Cryo microscope NMR:Nuclear Magnetic Resonance High efficiency, high sensitive sensor Others
Fabrication Technology / Processing
Nano-Emulsions/ Grinding / Mixing / Classification Uniform dispersion Thin film coating (PVD・CVD) High-precision stacking technology ALD・ALE Quantum Beam Laser Processing Electron beam, Ion beam, EUV exposure, Plasma processing Nano imprint Fusion/bonding technology Inkjet printing Next Generation Lithography Nano additive manufacturing (3D printing), Nano-Multilayer film Others
Deep Tech
Quantum computer Quantum Sensing Quantum Security/ Quantum Communication Advanced Materials (extreme environment materials, space, temperature control) AI and Beyond 5G (Next-generation communication services, THz) Carbon neutral technology (fusion power generation, CO2 utilization technology) Biotechnology (bio manufacturing, new modalities) Agricultural technology (wide-area sensors for agriculture, microbial detection) Others

The Innovation Promotion Committee compiles opinions and requests from NBCI member companies and makes policy recommendations on government policies and social issues through dialogue with relevant government ministries and agencies. It has also submitted a recommendation for the "7th Science, Technology and Innovation Basic Plan" which has been started in fiscal year 2026.

イノベーション推進委員会_政策提言タスクフォース_画像.jpg
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Product/Technology Category
nano materials
Carbon nanotube Graphene Nano cellulose Fullerene Nano particle Nano fiber Composite material Battery material Semiconductor material Antimicrobial material Ceramics Biocompatible material Thermic-functional material Other nanostructured materials
Nano Evaluation & Measurement / Analysis Technology & Tool
Electron microscope (SEM/TEM) SPM/AFM Measurement of particle size and distribution Raman spectroscopy Evaluation measurement and designing tool Materials informatics Simulation software / Supercomputer Process informatics X-ray / Synchrotron radiation measurement Cryo microscope NMR:Nuclear Magnetic Resonance High efficiency, high sensitive sensor Others
Fabrication Technology / Processing
Nano-Emulsions/ Grinding / Mixing / Classification Uniform dispersion Thin film coating (PVD・CVD) High-precision stacking technology ALD・ALE Quantum Beam Laser Processing Electron beam, Ion beam, EUV exposure, Plasma processing Nano imprint Fusion/bonding technology Inkjet printing Next Generation Lithography Nano additive manufacturing (3D printing), Nano-Multilayer film Others
Deep Tech
Quantum computer Quantum Sensing Quantum Security/ Quantum Communication Advanced Materials (extreme environment materials, space, temperature control) AI and Beyond 5G (Next-generation communication services, THz) Carbon neutral technology (fusion power generation, CO2 utilization technology) Biotechnology (bio manufacturing, new modalities) Agricultural technology (wide-area sensors for agriculture, microbial detection) Others

The Social Acceptance and Standardization Committee exchanges opinions and information regarding the standardization of nanocarbon materials,

社会受容標準化委員会_画像.jpg
Download PDF
Product/Technology Category
nano materials
Carbon nanotube Graphene Nano cellulose Fullerene Nano particle Nano fiber Composite material Battery material Semiconductor material Antimicrobial material Ceramics Biocompatible material Thermic-functional material Other nanostructured materials
Nano Evaluation & Measurement / Analysis Technology & Tool
Electron microscope (SEM/TEM) SPM/AFM Measurement of particle size and distribution Raman spectroscopy Evaluation measurement and designing tool Materials informatics Simulation software / Supercomputer Process informatics X-ray / Synchrotron radiation measurement Cryo microscope NMR:Nuclear Magnetic Resonance High efficiency, high sensitive sensor Others
Fabrication Technology / Processing
Nano-Emulsions/ Grinding / Mixing / Classification Uniform dispersion Thin film coating (PVD・CVD) High-precision stacking technology ALD・ALE Quantum Beam Laser Processing Electron beam, Ion beam, EUV exposure, Plasma processing Nano imprint Fusion/bonding technology Inkjet printing Next Generation Lithography Nano additive manufacturing (3D printing), Nano-Multilayer film Others
Deep Tech
Quantum computer Quantum Sensing Quantum Security/ Quantum Communication Advanced Materials (extreme environment materials, space, temperature control) AI and Beyond 5G (Next-generation communication services, THz) Carbon neutral technology (fusion power generation, CO2 utilization technology) Biotechnology (bio manufacturing, new modalities) Agricultural technology (wide-area sensors for agriculture, microbial detection) Others

One of the key activities of the Social Acceptance and Standardization Committee is addressing European regulations regarding CNTs. We collaborate with relevant companies and the Ministry of Economy, Trade and Industry (METI) to engage in lobbying activities with European authorities, presenting a unified "All-Japan" position.

社会受容・標準化委員会(欧州規制含む) - 2027_画像.jpg
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Product/Technology Category
nano materials
Carbon nanotube Graphene Nano cellulose Fullerene Nano particle Nano fiber Composite material Battery material Semiconductor material Antimicrobial material Ceramics Biocompatible material Thermic-functional material Other nanostructured materials
Nano Evaluation & Measurement / Analysis Technology & Tool
Electron microscope (SEM/TEM) SPM/AFM Measurement of particle size and distribution Raman spectroscopy Evaluation measurement and designing tool Materials informatics Simulation software / Supercomputer Process informatics X-ray / Synchrotron radiation measurement Cryo microscope NMR:Nuclear Magnetic Resonance High efficiency, high sensitive sensor Others
Fabrication Technology / Processing
Nano-Emulsions/ Grinding / Mixing / Classification Uniform dispersion Thin film coating (PVD・CVD) High-precision stacking technology ALD・ALE Quantum Beam Laser Processing Electron beam, Ion beam, EUV exposure, Plasma processing Nano imprint Fusion/bonding technology Inkjet printing Next Generation Lithography Nano additive manufacturing (3D printing), Nano-Multilayer film Others
Deep Tech
Quantum computer Quantum Sensing Quantum Security/ Quantum Communication Advanced Materials (extreme environment materials, space, temperature control) AI and Beyond 5G (Next-generation communication services, THz) Carbon neutral technology (fusion power generation, CO2 utilization technology) Biotechnology (bio manufacturing, new modalities) Agricultural technology (wide-area sensors for agriculture, microbial detection) Others

The Business Committee's Open Innovation Working Group provides a forum for interaction between diverse member companies. As part of its business-building networking collaboration activities, the group is planning the "Start Up Award," an event to promote collaboration with venture companies. It also hosts seminars to explore business opportunities in the materials industry, measurement informatics seminars, and introduces university-developed seeds.

ビジネス委員会・オープンイノベーションWG_画像.jpg
Download PDF
Product/Technology Category
nano materials
Carbon nanotube Graphene Nano cellulose Fullerene Nano particle Nano fiber Composite material Battery material Semiconductor material Antimicrobial material Ceramics Biocompatible material Thermic-functional material Other nanostructured materials
Nano Evaluation & Measurement / Analysis Technology & Tool
Electron microscope (SEM/TEM) SPM/AFM Measurement of particle size and distribution Raman spectroscopy Evaluation measurement and designing tool Materials informatics Simulation software / Supercomputer Process informatics X-ray / Synchrotron radiation measurement Cryo microscope NMR:Nuclear Magnetic Resonance High efficiency, high sensitive sensor Others
Fabrication Technology / Processing
Nano-Emulsions/ Grinding / Mixing / Classification Uniform dispersion Thin film coating (PVD・CVD) High-precision stacking technology ALD・ALE Quantum Beam Laser Processing Electron beam, Ion beam, EUV exposure, Plasma processing Nano imprint Fusion/bonding technology Inkjet printing Next Generation Lithography Nano additive manufacturing (3D printing), Nano-Multilayer film Others
Deep Tech
Quantum computer Quantum Sensing Quantum Security/ Quantum Communication Advanced Materials (extreme environment materials, space, temperature control) AI and Beyond 5G (Next-generation communication services, THz) Carbon neutral technology (fusion power generation, CO2 utilization technology) Biotechnology (bio manufacturing, new modalities) Agricultural technology (wide-area sensors for agriculture, microbial detection) Others

The Nanocarbon Commercialization Working Group under the Business Committee is made up of both NBCI members and non-member companies. Non-member companies participate in its activities with the expectation that they will join NBCI.
The group focuses in particular on sharing information about its activities and creating business opportunities, while also helping participants develop an innovation-oriented mindset. Its activities include lectures on a range of topics, a Seeds and Needs Seminar at the Nanotechnology Exhibition, talks on innovation at group meetings, and the development of a nanocarbon industry map.

ナノカーボン実用化WGのご紹介_2026年版_20261005.jpg
Download PDF
Product/Technology Category
nano materials
Carbon nanotube Graphene Nano cellulose Fullerene Nano particle Nano fiber Composite material Battery material Semiconductor material Antimicrobial material Ceramics Biocompatible material Thermic-functional material Other nanostructured materials
Nano Evaluation & Measurement / Analysis Technology & Tool
Electron microscope (SEM/TEM) SPM/AFM Measurement of particle size and distribution Raman spectroscopy Evaluation measurement and designing tool Materials informatics Simulation software / Supercomputer Process informatics X-ray / Synchrotron radiation measurement Cryo microscope NMR:Nuclear Magnetic Resonance High efficiency, high sensitive sensor Others
Fabrication Technology / Processing
Nano-Emulsions/ Grinding / Mixing / Classification Uniform dispersion Thin film coating (PVD・CVD) High-precision stacking technology ALD・ALE Quantum Beam Laser Processing Electron beam, Ion beam, EUV exposure, Plasma processing Nano imprint Fusion/bonding technology Inkjet printing Next Generation Lithography Nano additive manufacturing (3D printing), Nano-Multilayer film Others
Deep Tech
Quantum computer Quantum Sensing Quantum Security/ Quantum Communication Advanced Materials (extreme environment materials, space, temperature control) AI and Beyond 5G (Next-generation communication services, THz) Carbon neutral technology (fusion power generation, CO2 utilization technology) Biotechnology (bio manufacturing, new modalities) Agricultural technology (wide-area sensors for agriculture, microbial detection) Others

This is the member list of current NBCI members. The diversity of our membership is one of NBCI's key strengths. We invite you to join NBCI and leverage the opportunity to network with fellow members, helping to advance the commercialization of your nanotechnology-related business.

会員名簿_画像.jpg
Download PDF
Product/Technology Category
nano materials
Carbon nanotube Graphene Nano cellulose Fullerene Nano particle Nano fiber Composite material Battery material Semiconductor material Antimicrobial material Ceramics Biocompatible material Thermic-functional material Other nanostructured materials
Nano Evaluation & Measurement / Analysis Technology & Tool
Electron microscope (SEM/TEM) SPM/AFM Measurement of particle size and distribution Raman spectroscopy Evaluation measurement and designing tool Materials informatics Simulation software / Supercomputer Process informatics X-ray / Synchrotron radiation measurement Cryo microscope NMR:Nuclear Magnetic Resonance High efficiency, high sensitive sensor Others
Fabrication Technology / Processing
Nano-Emulsions/ Grinding / Mixing / Classification Uniform dispersion Thin film coating (PVD・CVD) High-precision stacking technology ALD・ALE Quantum Beam Laser Processing Electron beam, Ion beam, EUV exposure, Plasma processing Nano imprint Fusion/bonding technology Inkjet printing Next Generation Lithography Nano additive manufacturing (3D printing), Nano-Multilayer film Others
Deep Tech
Quantum computer Quantum Sensing Quantum Security/ Quantum Communication Advanced Materials (extreme environment materials, space, temperature control) AI and Beyond 5G (Next-generation communication services, THz) Carbon neutral technology (fusion power generation, CO2 utilization technology) Biotechnology (bio manufacturing, new modalities) Agricultural technology (wide-area sensors for agriculture, microbial detection) Others
Seminar Information

  • 2026/12/18 14:00 ~ 14:35
    Venue:Main Theater (South hall 3)
    nanotech.png
    14:00 ~ 14:35
    2026 NBCI Main Theater Speech
    Business Overview and New Growth Initiatives Utilizing Ricoh Group's Inkjet Technology
    Pre-Registration required
    Select this
    session
    【Abstract】

    Since 1973, Ricoh has continuously advanced its proprietary inkjet technology.
    Originating in office printing, this technology has expanded into commercial and industrial printing, creating value across diverse industries, including apparel, food, and housing.
    In 2026, Ricoh launched a new growth journey centered on “Functional Materials Jetting.” Building on its inkjet technology as a core competency, Ricoh is committed to delivering innovative value and transformative experiences while supporting Japan’s Green Transformation (GX) and enhancing the nation’s industrial competitiveness.

    スクリーンショット 2026-10-09 100837_Face.png
    Dr. Yoshihisa Ohta
    Ricoh Company, Ltd.
    Functional Materials Jetting Business Division
    General Manager

  • 2026/12/18 14:30 ~ 16:00
    Venue:Seeds & Needs Seminar B(South hall 4)
    nanotech.png

    Select this
    session
    14:30 ~ 15:15
    なし
    Pre-Registration required
    日本ゼオン Z029960  荒川公平.jpg
    Mr. Kouhei Arakawa
    Zeon Corporation

    15:15 ~ 16:00
    なし
    Pre-Registration required
    畠先生 IMG_8719.JPG
    Dr. Kenji Hata
    National Institute of Advanced Industrial Science and Technology

Contact

*The following information is provided to enable inquiries to exhibitors.
Unauthorized use and reproduction for any other purpose is prohibited.

Exhibitor Name
Nanotechnology Business Creation Initiative
Address
1-8-11 Kanda surugadai, Chiyoda-ku, Tokyo, Japan, 3rd fl. Tokyo YWCA building, Japan 1010062
URL
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