Optical Film for Flat Panel Display

WV (Wide View) Film

With the LCD screen viewing angle expanded by 1.8 times, this film gives a beautiful screen view no matter what angle you look from

Our original discotic liquid crystal coating is applied to a TAC (cellulose triacetate) base to give a high degree of control over the alignment of the molecules. By just using it as a polarizing protective film, you can expand the viewing angle, and it can be utilized on all different types of LCD screens.

Optical compensation by hybrid orientation

The alignment of the polymerized discotic materials changes to the depth direction in a state of randomness, widening the viewing angle. This structure is called hybrid alignment.

* Idealized and extremely simplified model.

FUNDAMENTAL

  • Material Chemistry
  • Optics
  • Imaging
  • Adopted Worldwide

FPR (Film Patterned Retarder) Film

A polarizing film that makes bright 3D motion picture watching possible by just viewing the display through glasses

FUNDAMENTAL

  • Material Chemistry
  • Optics
  • Imaging
  • Adopted Worldwide

A-QWF (Achromatic Quarter Wave) Film

A broadband anti-reflection film for organic light-emitting diodes (OLED)

FUNDAMENTAL

  • Material Chemistry
  • Optics
  • Imaging
  • Adopted Worldwide

COLOR MOSAIC®

Image sensor photosensitive coloring material which can accurately cut the light of targeted wavelengths

This photosensitive coloring material is used for production of the micro color filters that are key components of the CCD and CMOS sensors that serve as the image sensors of digital cameras and mobile phones. Micro photosensitive polymer technology developed for photoresists is here married with technology for the even dispersion of color pigments of an extreme level of fineness.

Color resist

By combining photosensitive resin and coloring agents, we realized superior performance as a micro color filter offering high resolution, low noise, and faithful color reproduction.

FUNDAMENTAL

  • Material Chemistry
  • Optics
  • Imaging

ASTALIFT SAKURA AURA Powder

Base makeup series that achieves beautiful skin by controlling reflection, transmission and absorption of light

Similarities between sakura (cherry blossoms) and beautiful skin in the reflection, transmission, and absorption of light are analyzed by wavelength using our unique skin tomographic image analysis system. Capitalizing on the optical properties derived from the analysis, Sakura Aura Powder provides optical control through its unique combination of two powders: a red powder that diffuses the light inside the skin and a white powder that reflects light evenly on the surface of the skin. It successfully stabilizes red pigment, which was difficult with conventional technology, and has three optical properties to make sakura (cherry blossoms) look beautiful.

Control of light absorption and reflection

This powder is designed to first absorb light of all colors and angles that illuminate skin color, and then reflect back only skin color light fulfilling certain conditions (the light of skin color perceived as beautiful).

FUNDAMENTAL

  • Material Chemistry
  • Optics

Optical Lenses (for Endoscopes, Cell Phones, Broadcasting, Security, Satellites)

Provides optimal images in any scene, ranging from inside the human body to the universe

With our superb aspherical lens processing technology, lens grinding/polishing and coating technology, and manufacturing technology combined with our device design technology and evaluation technology, we are able to provide optical lens products that can meet the high quality and performance requirements of a wide range of fields.

Evaluation technology enables high performance

Based on the concept “There is no lens manufacturing without evaluation,” we have developed highly accurate evaluation technology and original evaluation devices to enhance lens performance.

FUNDAMENTAL

  • Optics

Lenticular Sheet for UV Offset Printing

With this high-precision lens sheet for offset printing use, quick and low-cost new product commercialization is possible and small-lot production can also be accommodated.

The use of biaxially oriented PET as a substrate provides heat resistance and LPI (lines per inch) stability. Offering superior pitch accuracy, this lenticular lens sheet can be used with various types of inks.

Excellent pitch accuracy

Lens layers, formed by applying co-extrusion technology to biaxially oriented PET film treated for easy adhesion, enable variations in lens pitch to be reduced.

FUNDAMENTAL

  • Material Chemistry
  • Optics