Technology
Industry
- Contactless, remote anomaly detection and risk prediction
- Providing valuable components to accommodate industry evolution and diversification
- Contribution to process innovation and high-quality manufacturing in the supply chain via visualization
Contactless, remote anomaly detection and risk prediction
Non-Destructive Testing(NDT) for internal steels of bridges using magnetic and IoT
Contributing to the maintenance of social infrastructure
IoT and DX of production sites: image recognition technology that visualizes unsafe behavior
Offering a safety behavior support system that visualizes the behavior of on-site workers
Infrared image analysis technology
Visualizing invisible gases to ensure security and safety and reduce greenhouse gas emissions
3D image analysis technology
Improving the workflow and increasing the efficiency of security services by 3D scanning and moving object analysis technology
Providing valuable components to accommodate industry evolution and diversification
Optical system design and evaluation technology enabling both outstanding optical performance and mass production
Minimizing defects in mass production by using simulation technology
Glass-resin hybrid lens molding technology
Achieving optical systems with reduced footprint and weight by using lenses featuring the advantages of two materials
Free-form surface processing technology for optical elements
Achieving space-saving, high-resolution optical elements of the next generation
Glass molding technology to produce lenses having complex shapes by the unique droplet method
Optical systems for new applications achieved by flexibility of shape
Thin layer coating technology for optical parts
Imparting desired characteristics by forming a functional thin layer
Super-hydrophobic coating technology
Providing highly durable hydrophobic properties by forming a rough nanostructure by etching
High-durability hydrophilic coating technology for lens surfaces
Ensuring a clear view for cameras free from water droplets even in rainy weather
Mold fine shape processing and transfer technology
Flexibly imparting high functionality to resins and glass with high reproducibility by using transfer technology
High-accuracy far-infrared glass lens technology
Achieving high flexibility in designing arsenic- and selenium-free chalcogenide glass
Inkjet printhead technology for industrial use
Realizing printheads suitable for various manufacturing processes based on ink compatibility and precision machining technology
Technology for enhancing the durability of IJ printheads
Compatibility with a wide variety of inks ensured by our original material design technology
High-gap ink ejection technology
Achieving high-quality character printing even when the gap between the IJ printhead and the media is large
Multi-row thin type actuator technology
IJ printheads equipped with a unique harmonica structure achieving high-definition printing on various media
Ink-non-contact PZT actuator technology
Achieving high compatibility with functional inks used in industrial fields by using a unique printhead structure
Nozzle recirculation technology
Contributing to higher productivity and quality in industrial fields by improving the recirculation and jetting performance
Silicon nozzle technology
Realizing high accuracy of dot placement and a wide media gap by nozzle hole forming technology using MEMS
Contribution to process innovation and high-quality manufacturing in the supply chain via visualization
Highly versatile robot technology that revolutionizes manufacturing sites
Meeting diverse needs by automating the production of smaller quantities of diverse products
Non-destructive inspection technology using X-ray Talbot-Lau interferometry
Visualizing the distribution and orientation of fibers inside resins
Visual inspection technology
Highly accurate defect judgment technology that can be easily customized depending on the application
Automatic inspection technology for automotive production lines
Automating the inline paint quality inspection of car bodies
Hyperspectral imaging technology (HSI)
Realizing highly accurate determination and inspection by processing spectral information of visible light or higher frequencies
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