Technology

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Digital on-demand label printing technology

Achieving personalized printing, including design and variable data printing, for various types of roll media uniqeu to digital solutions

Cutting-edge technologies for next-generation MFPs equipped with the latest SoC (System on Chip)

Konica Minolta provides strong support for digitizing office operations and reforming workstyles through state-of-the-art technologies

High-speed high-accuracy scanning technology

Konica Minolta’s stress-free scanning function meets the increasing demand for digitizing paper documents.

Real-time printed image analysis technology

Konica Minolta’s technology performs the image adjustment process and the printed material inspection process, both of which require the “hands” and “eyes” of the operator, thus reliably maintaining the quality of printed matter.

High-accuracy far-infrared glass lens technology

Earth- and user-friendly high-accuracy FIR glass lenses

Nondestructive inspection technology using X-ray Talbot-Lau interferometry

Aiming to contribute to a sustainable society by using more resins in vehicles

Visual inspection technology

Automated visual inspection process incorporating deep learning to overcome labor shortages and dependency on individual skills

Automatic inspection technology for automotive production lines

Our unique vision system enables customers to resolve problems with automatic inspections.

Inkjet technology for commercial printing

Earth-friendly digital press capable of handling various commercial printing jobs

Hyperspectral imaging technology (HSI)

Contributing to safety, security, and environmental science through component inspection

Photometric and colorimetric technologies

“Visualizing” light and colors and promoting digital quality control between supply chains

Odor detection technology

Quantifying nuisance odors on-the-spot

Cerium oxide abrasive recycling technology

Effective use and recycling of rare earth materials

Material analysis technologies

Technologies for communicating with “materials = substances”

Materials Informatics (MI)/Process Informatics (PI)

Core technologies combined with informatics

Nondestructive inspection technology for internal steel of bridges using magnetic IoT

A nondestructive inspection solution to contribute the maintenance of aging social infrastructure

High-sensitivity quantitative protein analysis technology

A new method of tissue staining for quantitative and highly sensitive analysis

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