Application Field：
Technologies of Display Devices
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Optical system design and evaluation technology enabling both outstanding optical performance and mass production
Minimizing defects in mass production by using simulation technology
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Glass-resin hybrid lens molding technology
Achieving optical systems with reduced footprint and weight by using lenses featuring the advantages of two materials
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Free-form surface processing technology for optical elements
Achieving space-saving, high-resolution optical elements of the next generation
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Thin layer coating technology for optical parts
Imparting desired characteristics by forming a functional thin layer
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Inkjet printhead technology for industrial use
Realizing printheads suitable for various manufacturing processes based on ink compatibility and precision machining technology
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Technology for enhancing the durability of IJ printheads
Compatibility with a wide variety of inks ensured by our original material design technology
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Multi-row thin type actuator technology
IJ printheads equipped with a unique harmonica structure achieving high-definition printing on various media
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Ink-non-contact PZT actuator technology
Achieving high compatibility with functional inks used in industrial fields by using a unique printhead structure
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Nozzle recirculation technology
Contributing to higher productivity and quality in industrial fields by improving the recirculation and jetting performance
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Silicon nozzle technology
Realizing high accuracy of dot placement and a wide media gap by nozzle hole forming technology using MEMS
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Solvent casting technology for optical films
Meeting the needs for sophisticated display applications by offering high functionality and quality
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