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
Development Strategy of Functional Materials in Japan
2
Tremblay, J-F., C & En, 91(23), 2013, 10-14
In Japan, focus on users’ needs rather than gee-whiz technology is the key to success for ADVANCED MATERIALS FIRMS
Success of Japanese firms in functional materials attracts attentions.
Wide variety of technologies construct color films
3
Color film consists of 20 layers precisely coated on 180micron base film
Cross section of Fujicolor HR-400
Undeveloped 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
Many sophisticated technologies have been
developed to attain high speed image
capturing and fine image reproduction.
After development
Color image layers
Research direction of toward new Business Portfolio
Implementation of
Digital Technology and IT Applying to Life Science
Utilization of Chemical technologies
Imaging & Printing
Document Optical Devices
Graphic arts
Electronic Imaging Imaging
Healthcare
Skincare, Supplement Medicines
Medical Systems Diagnostic Imaging
External Diagnosis
Highly Functional Materials
Flat panel display materials Recording Media
Photo resist
Fine Chemicals
Inkjet Ink
New Functional Films (environmental, energy, electronics)
To promote growth by contributing to the quality of life of the people of the world
Inorganic Chemistry
Optics Analytical technology Imaging
Biochemistry Software Mechanics and Electronics Film formation and processing Organic Chemistry
Fundamental Technologies of the Fujifilm Group Fundamental Technologies of the Fujifilm Group
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
Functional film based on photography
6
EXCLEAR
REXCLEAR
RTo give surface conductivity on transparent film, fine Ag mesh pattern is formed on EXCLEAR using photographic process.
500μm
EXCLEAR
R– transparent conductive film
Using light to form Ag mesh pattern, EXCLEAR can provide preferable shape of pattern.
500μm
Flexible Light Emitting Device using EXCLEAR as a transparent sheet electrode
EXCLEAR exhibits higher conductivity with excellent transparency compared to conventional ITO film.
70 75 80 85 90 95 100 1 10 100 1000 シート抵抗(Ω/□） 透 過 率 （%） (ﾌ ｨﾙ ﾑ 単 体 ) EXCLEAR ITO フィルム Sheet resistance (Ω/□) film Tr ans m it tance (% ) 70 75 80 85 90 95 100 1 10 100 1000 シート抵抗(Ω/□） 透 過 率 （%） (ﾌ ｨﾙ ﾑ 単 体 ) EXCLEAR ITO フィルム 70 75 80 85 90 95 100 1 10 100 1000 シート抵抗(Ω/□） 透 過 率 （%） (ﾌ ｨﾙ ﾑ 単 体 ) EXCLEAR ITO フィルム Sheet resistance (Ω/□) film Tr ans m it tance (% )
○
○
LCD consists of many functional films
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Color filter LC layer
TFT
Alignment layer Transparent electrode B R G LC molecule Color filter LC layer TFT
Alignment layer Transparent electrode B R G LC molecule Core construction of LCD Glass substrate Glass substrate ～200μm
Protective TAC film
Polarizing film Polarizing film Adhesive Adhesive ～200μm ～400μm ～400μm ～ 5μｍ
Anti reflection film
Polarizer (polyiodide ion + PVA) Retardation film
Polarizer (polyiodide ion + PVA)Retardation film LC Cell
Glass substrate
Glass substrate
～200μm
Protective TAC film
Polarizing film Polarizing film Adhesive Adhesive ～200μm ～400μm ～400μm ～ 5μｍ
Anti reflection film
Polarizer (polyiodide ion + PVA) Retardation film
Polarizer (polyiodide ion + PVA)Retardation film LC Cell Cross-section of LCD panel ～0.2mm ～3.0mm ～0.2mm ～1.2mm
Light enhancing film Diffuser film
LED Light guide
Reflective film
～0.2mm
～3.0mm
～0.2mm ～1.2mm
Light enhancing film Diffuser film
LED Light guide
Reflective film
Components of LCD monitor
LCD panel
Optical film example for LCD – WV film
8
With WV film Without WV film
WVR
film widens the viewing angle of LCD
Green technology based on metamaterial
9
1um 1um
Nano Silver Pavement (NASIP)
Silver Nano-disc
120～150nm in diameter ～10nm In thickness NASIP can selectively reflect infrared light
infrared
(heat wave) visible light radio wave
Room inside Outside
NASIP on the window
Heat insulation of sunlight
0 20 40 60 80 100 300 700 1100 1500 1900 2300 [% ] λ [nm] Transmittance Reflectance Spectral properties Visible Infrared Near IR Visible
Industrial Applications of Inkjet systems
FPD MEMS
Patterning Functional materials would be needed for Industrial Applications
Advantages of IJ : “
Deposit
materials of
needed amount
at
needed position
”
Jet Press 720
the World’s First Single-Pass, High-Speed, Large Format Size Inkjet Printing
at High Resolutions of 1200 dpi.
Industrial Inkjet Printer & Head
Apply
Life science Micro chemical Printable Electronics
Material Deposition(MD）
Graphic
Nano-Astaxanthin Application to Skin-care Cosmetics
FUJIFILM
Nano dispersion
0 10 20 30 40 50 60 70 80 90 100 0 5 10 15 20 25 30 摂 取 後 経 過 時 間 （ 時 間 ） ナ ノ 微 粒 子 さ れ た ア ス タ キ サ ン チ ン （ １ １ ０ ｎ ｍ ） 比 較 の エ マ ル シ ョ ン 製 剤 （ ２ ５ ０ ｎ ｍ ） ア ス タ キ サ ン チ ン 油 性 溶 液Conventional
dispersion
■ ナノアスタキサンチン ■ 比較乳化物 (平均250nmφ) 熱安定性 ● nano-astaxanthin ● control(250nmφ) ● astaxanthin oil solutionAstalift series
Intake elapsed time (hr)
A UC o f astaxan th in e (a.u .) Astaxanthin Thermal stability
elapsed time (day/50 degree c)
Remaining A
staxanthine
(%
)
Conventional
dispersion Nano dispersionFUJIFILM
Nano Astaxanthin Control dispersion
Development Strategy in Pharmaceutical area
12 Collagen application Materials for regenerative medicine Molecular design synthesis Proprietary nano-technology Low molecule medicineFUJIFILM’s
Core technologies
Armed antibody drug AUC Comparison 0 5 10 15 20 25 30 35 Commercially Available NOF Corp.'s Formula FF FTD Tech. AU C 0 -2 4h rs [ μ g*hr /m l] ① ② ③ ③ ② ① Drug formulation technology 1m m Bio, BS drug manufacturing Analytical Science タンパク質 化合物Film, Membrane Sponge Hydro gel
RCP Spheroid Diagnostic Imaging Highly reliable manufacturing technology Protein Active compound
Electronic
device
Automobile
Airplane
Energy
Environment
Drug
Life Science
Food
production
Small molecule drug, DDS
Regenerative Medicine
Functional materials for
Flat panel Display, Smartphone
Lightweight materials
Battery materials
Photo voltaic, Photo catalyst
CO
2Separation/Fixation
Biomass
Water Purification
Plant factory
Chemistry will continue
to play more and more
important role
in the future of industry
Chemistry will continue
to play more and more
important role
in the future of industry
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Green Cycle for the Future
nanotech
award-winning
2011, 2012, 2013
Emotion
Wellness
Ambient
Joyful life with imaging product
evolution
Healthy life with health-care innovation Green sustainable Society with functional materials innovation Sustainable society Green Energy Prevent warming Energy efficiency Core technology based on Photo-graphy
