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Australia

Core Technologies

High-precision Coating Technology

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

  • We have total technologies for materials/supporting structures/dispersion/coatings/drying/shipping/quality assurance

  • Compatible with a diverse variety of coating fluids (water-soluble, organic solvents) and coating support structures (from 5 μm to 400 μm)

Total technologies from materials through quality assurance

Developing precision coating methods tailored to products

Sector Photographic film Recording media Optical film for flat panel displays Print boards for printers
Distinction Simultaneous, uniform multi-layered membrane coating up to almost 20 layers High-speed coating of a thin layer on the ultra-thin supporting structure Fully and uniformly coated with lightly-adhesive coating fluid A hard, uneven aluminum supprting structure is coated with thin, uniform layers of lightly-adhesive fluid
Typical coating
method		 Multilayer slide coating
Web tension slot-die coating
Slot-die coating
Bar coatings

Future Possibilities

Wet or dry coating on a variety of substrates, depending on the application, improves the functionality of the component

Grain Formation Technology

Technology that forms grains through buildup

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

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

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