Core Technologies

Grain Formation Technology

Technology that forms grains through buildup

A wide-ranging grain design technology based on atomic and molecular controls
Processing and mass-production technologies suited to grain formation

Future Possibilities

Realize entirely distinct properties and multipurpose developments through changes to material/form/size

[image] Functional Molecule Technologies

Functional Molecule Technologies

Technology to manufacture small molecules that allow for free transformation of the molecular structures of organic compounds, making the impossible a possibility

[image] Functional Polymers

Functional Polymers

Technology to manufacture polymers that allow for free transformation of the molecular structures of organic compounds, making the impossible a possibility

[image] Redox Control Technology

Redox Control Technology

Technology to control ongoing organic/inorganic compound reactions

[image] Nano Dispersion Technology

Nano Dispersion Technology

Technologies for stable blends of immiscible substances, allowing them to shine with varied material properties

[image] High-precision Coating Technology

High-precision Coating Technology

Technologies to Form Uniform Single/Multi-layer Coatings Over Wide Areas

[image] Film Formation Technology

Film Formation Technology

Technologies to Create Single/Multi-layer/3D Structural Film

[image] High-precision Forming Technology

High-precision Forming Technology

Technology for Exact Transfer of Materials to High-Precision Moulds for Hardening

[image] Imaging Technology

Imaging Technology

Technology to Convert Imaging Targets to Digital Data for Control

[image] System Design

Technology to Provide High-Resolution Images Faster and More Reliably

[image] MEMS Technology

MEMS Technology

Technology to Design and Manufacture Machine Components Using Unique Piezoelectric Membranes

[image] Bioengineering

Technology to Leverage Inherent Biological Abilities for Prevention, Diagnosis, and Treatment