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Technical Classification:
Technologies of Materials
Eco-friendly ink for apparel printing that preserves fabric functionality and texture
This eco-friendly ink reduces environmental impact by eliminating wastewater during printing, all while preserving the fabric’s natural functionality and feel.
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