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
Nondestructive inspection technology for internal steel of bridges using magnetic IoT
A completely nondestructive solution that can visualize ruptures by applying magnetic forces to detect magentic forces generated by steel materials inside bridges
Providing valuable components to accommodate industry evolution and diversification
Optical system design and evaluation technology enabling both outstanding optical performance and mass production
Two original simulation technologies and optical design know-how enable us to achieve mass-production of optical products that meet the required performance.
Glass-resin hybrid lens molding technology
Achieving more sophisticated characteristics with compact lenses by harnessing the advantages of two materials
Free-form surface processing technology for optical elements
Next-generation optical system realized by the highly flexible free-form surface
Small glass lens molding technology based on the droplet method
Konica Minolta’s unique direct molding technology enables glass molds with complex shape
Vapor deposition coating technology that controls the optical characteristics of lenses
Forming functional thin layer ranging from several nanometers to several micrometers on the surfaces of optical parts
Super hydrophobic coating technology
Invisible nanostructures are fabricated on the lens surface to achieve high durability and super hydrophobicity
High-durability hydrophilic coating technology
Providing highly durable hydrophilic property by fabricating invisible nanostructure on lens surfaces.
Mold fine shape processing and transfer technology
Diffraction, array, and free-form shapes are created on mold surfaces and transferred to resins and glass with accuracy.
High-accuracy far-infrared glass lens technology
Design and manufacture of arsenic- and selenium-free chalcogenide glass aspherical lenses
Technology for enhancing the durability of IJ printheads
Compatibility with a wide variety of inks is 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
Ink-non-contact PZT actuator technology
Robustness against the ink chemical characteristics and a lead-free technology
Nozzle recirculation technology
Both excellent recirculation performance and stable jetting performance have been achieved by our proprietary double-direction recirculation structure.
Silicon nozzle technology
MEMS processing technology deployed to form silicon nozzles with high mechanical accuracy and jetting straightness
Contribution to process innovation and high-quality manufacturing in the supply chain via visualization
Robot technology that changes manufacturing operations
Highly versatile robot technology that automates the production of smaller quantities of diverse products
Nondestructive inspection technology using X-ray Talbot-Lau interferometry
Aiming for application to CFRPs
Automatic inspection technology for automotive production lines
Automatic inspections of paint defects and flush&gap of car body
Hyperspectral imaging technology (HSI)
Visualizing colors, components, and concentration with data based on high-accuracy 2D analysis
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