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New Zealand

Core Technologies

Functional Molecule Technologies

Technology to provide various functions depending on the purpose through free transformation of molecular structures

Total control over color Color material
Control the light absorption/emission by molecular structure and molecular state

  • Design of molecules with desired absorption wavelength

  • Converts absorbed light into new light, heat and active substances etc.

  • Color changes through light, heat, pressure etc.

Example of Molecular Design for Dyes with Strong Color Replicability
Color reproduction calculation and measurement values
In order to design compounds that can provide the desired color, we first extract candidates from compound libraries and previous knowledge, and then utilize computational chemistry simulations to select promising frameworks. Finally, we commercialize the optimal compounds through actual verification.
Achieving goals through control over the presence of molecules, as well as designing and synthesizing molecular structures.
Inkjet ink
In order to provide desired color, we can control the presence of molecular such as by aggregating dye molecules.
Total control over light Liquid Crystal material
Control the light property by molecular alignment.

  • Special molecular structures create targeted alignment and enables unique optical designs.

Orientation control on a molecular level
WV Film
WV films are films that coat their unique discotic liquid crystals on a support film to create target orientation, which results in an expanded viewing angle effect for liquid crystal displays.
Grain Formation Technology

Technology that forms grains through buildup

Functional Polymers

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

Redox Control Technology

Technology to control ongoing organic/inorganic compound reactions

Nano Dispersion Technology

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

High-precision Coating Technology

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

Film Formation Technology

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

High-precision Forming Technology

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

Imaging Technology

Technology to Convert Imaging Targets to Digital Data for Control

System Design

Technology to Provide High-Resolution Images Faster and More Reliably

MEMS Technology

Technology to Design and Manufacture Machine Components Using Unique Piezoelectric Membranes

Bioengineering

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