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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
Medical ultrasound imaging technology
Evolving into a tool for prompt solutions in medical practice
Precise segmentation and left/right judgment technologies for digital radiography
AI positioning judgment support for orthopedic radiography
Dynamic digital radiography and image analysis technologies
Completely new radiography and image analysis technologies that enable monitoring and quantification of organ movement
Technology for quantifying printed image quality and diagnosing signs of defects
Image analysis and diagnosis technology that quantifies image defects of presses and locates parts causing image problems
Robot technology that changes manufacturing operations
Highly versatile robot technology that automates the production of smaller quantities of diverse products
Printing paper automatic determination technology
Sensing and AI technology that automatically determines paper types influencing printing quality
Technology for On-demand bookbinding and post-processing
Post-processing technologies for paper processing to produce print products, from business cards to long sheets, with higher added value in-line
Workflow automation technology developed in an agile way
Integrated print workflow environment, developed by a team who are familiar with the workflows of various printing setups, such as commercial printing companies, public institutions, universities and corporations.
Automation technology to develop, operate, and improve AI
An AI technology operation system which can seamlessly handle development, operation, and improvement
Data science technology
Creation of data services using data science and promotion of DX