Strategy for Functional Material Development in FUJIFILM

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Clare James
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1 証券コード 4901 Strategy for Functional Material Development in FUJIFILM - Global competency strategy for business innovation in Functional Material Industry - Sep. 24, 2013 FUJIFILM Corporation

2 Development Strategy of Functional Materials in Japan Success of Japanese firms in functional materials attracts attentions. FUJIFILM Corp. was introduced as an example of the Functional Materials Firms. In Japan, focus on users needs rather than gee-whiz technology is the key to success for ADVANCED MATERIALS FIRMS 2 Tremblay, J-F., C & En, 91(23), 2013, 10-14

was introduced as an example of the Functional Materials Firms.

3 Wide variety of technologies construct color films Cross section of Fujicolor HR-400 After development Color image layers Undeveloped Base film Total thickness :~20μm Layer number :16~20 layers Layer thickness :~1.2 μm Precisely designed AgX grains act as photo-sensor Over 100 organic compounds for excellent image Color film consists of 20 layers precisely coated on 180micron base film Many sophisticated technologies have been developed to attain high speed image capturing and fine image reproduction. 3

2 μm Precisely designed AgX grains act as photo-sensor Over 100 organic compounds for excellent image Color film consists of

4 Research direction of toward new Business Portfolio To promote growth by contributing to the quality of life of the people of the world Highly Functional Materials Flat panel display materials Recording Media Inkjet Ink Fine Chemicals Photo resist Utilization of Chemical technologies Imaging & Printing Document New Functional Films (environmental, energy, electronics) Optical Devices Healthcare Skincare, Supplement Medicines Graphic arts Electronic Imaging Imaging Medical Systems Diagnostic Imaging External Diagnosis Implementation of Digital Technology and IT Applying to Life Science Inorganic Chemistry Optics Film formation and processing Analytical technology Organic Chemistry Biochemistry Imaging Software Mechanics and Electronics Fundamental Technologies of the Fujifilm Group

Healthcare Skincare, Supplement Medicines Graphic arts Electronic Imaging Imaging Medical Systems Diagnostic Imaging External Diagnosis Implementation of Digital Technology and IT Applying to Life

5 Fujifilm s Challenge to Versatile Functional Materials Photographic technology application Silver halide material utilization Molecular design technology application Optical function design Nano-photonics application Structural function design Industrial IJ System From Precise printing into Material Deposition Life Science & Pharmaceuticals Functional Materials for Human Healthcare

design Nano-photonics application Structural function design Industrial IJ System From Precise

6 Functional film based on photography EXCLEAR R transparent conductive film 500μm To give surface conductivity on transparent film, fine Ag mesh pattern is formed on EXCLEAR using photographic process. EXCLEAR R 500μm Using light to form Ag mesh pattern, EXCLEAR can provide preferable shape of pattern. EXCLEAR exhibits higher conductivity with excellent transparency compared to conventional ITO film. Flexible Light Emitting Device using EXCLEAR as a transparent sheet electrode Transmittance 透過率 (%) (フィルム単体 (%) ) EXCLEAR film ITO フィルム Sheet シート resistance 抵抗 (Ω/ ) (Ω/ ) 6

EXCLEAR exhibits higher conductivity with excellent transparency compared to conventional ITO film.

7 LCD consists of many functional films Liquid Crystal Display (LCD) is the most popular device for color monitor Cross-section of LCD panel Components of LCD monitor Polarizing film Adhesive Anti reflection film Polarizer (polyiodide ion + PVA) Retardation film ~200μm Glass substrate ~400μm LCD panel ~1.2mm LC Cell ~5μm Light enhancing film Diffuser film ~0.2mm Adhesive Glass substrate ~400μm LED Light guide ~3.0mm Polarizing film ~200μm Retardation film Polarizer (polyiodide ion + PVA) Protective TAC film Reflective film ~0.2mm Core construction of LCD Color filter R G B LC layer TFT LC molecule Alignment layer Transparent electrode 7

2mm LC Cell ~5μm Light enhancing film Diffuser film ~0.2mm Adhesive Glass substrate ~400μm LED Light guide ~3.

8 Optical film example for LCD WV film R WV R film widens the viewing angle of LCD With WV film Without WV film 8

9 Green technology based on metamaterial Nano Silver Pavement (NASIP) Silver Nano-disc 1um NASIP can selectively reflect infrared light ~10nm In thickness 120~150nm in diameter Heat insulation of sunlight NASIP on the window Spectral properties 100 Transmittance 80 radio wave [%] Visible Near IR Reflectance Outside infrared (heat wave) visible light Room inside λ[nm] Visible Infrared 9

NASIP on the window Spectral properties 100 Transmittance 80 radio wave [%] 60 40 Visible Near IR

10 Industrial Applications of Inkjet systems Graphic Jet Press 720 the World s First Single-Pass, High-Speed, Large Format Size Inkjet Printing at High Resolutions of 1200 dpi. Apply Printable Electronics Material Deposition(MD) FPD MEMS Life science Micro chemical Industrial Inkjet Printer & Head Patterning Functional materials would be needed for Industrial Applications Advantages of IJ : Deposit materials of needed amount at needed position

Apply Printable Electronics Material Deposition(MD) FPD MEMS Life science Micro chemical Industrial Inkjet

11 Nano-Astaxanthin Application to Skin-care Cosmetics Conventional dispersion Astaxanthin FUJIFILM Nano dispersion Conventional dispersion FUJIFILM Nano dispersion Remaining Astaxanthine (%) Thermal 熱安定 stability 性 Nano ナノアスタキサンチン Astaxanthin Control 比較乳化 dispersion 物 (ave. ( 平 250 均 250nmφ) elapsed time (day/50 degree c) AUC of astaxanthine (a.u.) nano-astaxanthin control(250nmφ) astaxanthin oil solution ナノ微粒子されたアスタキサンチン(110nm) 比較のエマルション製剤 (250nm) アスタキサンチン油性溶液 Intake 摂取後 elapsed 経過時 time 間 ((hr) 時間 ) Astalift series

( 平 250 均 250nmφ) elapsed time (day/50 degree c) AUC of astaxanthine (a.u.

12 Development Strategy in Pharmaceutical area タンパク Protein 質 Low molecule medicine Drug formulation technology Active 化 compound 合物 Armed antibody drug Molecular design synthesis Analytical Science Proprietary nano-technology AUC 0-24hrs [μg*hr/ml] AUC Comparison Commercially NOF Corp.'s FF FTD Tech. Available Formula FUJIFILM s Core technologies Diagnostic Imaging Collagen application Bio, BS drug manufacturing Highly reliable manufacturing technology Film, Membrane Sponge Hydro gel Materials for regenerative medicine 1m m RCP Spheroid 12

Comparison 1 2 3 Commercially NOF Corp.'s FF FTD Tech.

13 The future of industry driven by Chemistry Electronic device Drug Life Science Small molecule drug, DDS Regenerative Medicine Functional materials for Flat panel Display, Smartphone Chemistry will continue to play more and more important role in the future of industry Automobile Airplane Lightweight materials Battery materials Food production Energy Environment Water Purification Plant factory Photo voltaic, Photo catalyst CO 2 Separation/Fixation Biomass

and more important role in the future of industry Automobile Airplane Lightweight materials Battery materials Food

14 Green Cycle for the Future Wellness Healthy life with health-care innovation Emotion Joyful life with imaging product evolution Ambient Green sustainable Society with functional materials innovation Prevent warming Energy efficiency Core technology based on Photography Sustainable society Green Energy nanotech awardwinning 2011, 2012,

functional materials innovation Prevent warming Energy efficiency Core technology

Development of New Inkjet Head Applying MEMS Technology and Thin Film Actuator

Development of New Inkjet Head Applying MEMS Technology and Thin Film Actuator Kenji MAWATARI, Koich SAMESHIMA, Mitsuyoshi MIYAI, Shinya MATSUDA Abstract We developed a new inkjet head by applying MEMS