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Technical Classification： Technologies of Materials

  • Chemical sensor in the era of AI — Acquisition of multidimensional data using fluorescent molecules

    Any differences and changes detectable by countless fluorescent probes

  • Medical ultrasound imaging technology

    Providing all-in-one style from consultation to treatment using ultrasound diagnosis

  • Recycled plastics technology based on material recycling

    Realizing a sustainable decarbonized society

  • Inkjet dyeing technology that achieves dry printing without wastewater

    Reducing environmental pollution caused by wastewater and promoting on-demand digital dyeing

  • Material design technology for functional toner

    Designing toner with low environmental impact by saving energy with low-temperature fixing performance and using plant-derived substances

  • High-accuracy far-infrared glass lens technology

    Achieving high flexibility in designing arsenic- and selenium-free chalcogenide glass

  • Technology for enhancing the durability of IJ printheads

    Compatibility with a wide variety of inks ensured by our original material design technology

  • Cerium oxide abrasive recycling technology

    Realizing effective use and recycling of abrasives containing rare earth materials

  • Material analysis technologies

    Various types of analysis technologies underlying material development and production control

  • Materials informatics (MI)/process informatics (PI)

    Innovation of materials development techniques and production control technologies by informatics

  • Solvent casting technology for optical films

    Meeting the needs for sophisticated display applications by offering high functionality and quality

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