Strategy for Functional Material Development in FUJIFILM

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
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
Wide variety of technologies construct color films
Cross section of Fujicolor HR-400
After development
Color image layers
Undeveloped
 Total thickness ：～２０μm
 Layer number ：１６～２０ layers
 Layer thickness ：～１.２ μm
Base film
 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
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
Inkjet Ink
Fine Chemicals
Recording Media
Photo resist
New Functional Films (environmental, energy, electronics)
Utilization of Chemical technologies
Imaging & Printing
Document
Healthcare
Optical Devices
Skincare, Supplement
Graphic arts
Electronic Imaging
Medical Systems
Diagnostic Imaging
External Diagnosis
Imaging
Implementation of
Digital Technology and IT
Inorganic Chemistry
Optics
Imaging
Medicines
Applying to Life Science
Film formation and processing
Analytical technology
Software
Organic Chemistry
Biochemistry
Mechanics and Electronics
Fundamental Technologies of the Fujifilm Group
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
Functional film based on photography
EXCLEAR R – transparent conductive film
 To give surface conductivity on
transparent film, fine Ag mesh
pattern is formed on EXCLEAR
using photographic process.
500μm
 Using light to form Ag mesh
pattern, EXCLEAR can provide
preferable shape of pattern.
R
EXCLEAR○
500μm
Flexible Light Emitting Device
using EXCLEAR as a transparent
sheet electrode
透過率（%） (ﾌｨﾙﾑ単体)
Transmittance
(%)
 EXCLEAR exhibits higher conductivity
with excellent transparency compared to
conventional ITO film.
100
95
90
85
80
EXCLEAR
75
ITO フィルム
film
70
1
10
100
Sheet
resistance (Ω/□)
シート抵抗(Ω/□）
1000
6
LCD consists of many functional films
Liquid Crystal Display (LCD) is the most popular device for color monitor
Cross-section of LCD panel
Anti reflection film
Polarizer (polyiodide ion + PVA)
Retardation film
Polarizing
film
Adhesive
Components of LCD monitor
～200μm
Glass substrate
LCD panel
～1.2mm
LC Cell
Light enhancing film
Diffuser film
～0.2mm
Adhesive
LED Light guide
～3.0mm
Reflective film
～0.2mm
～400μm
～ 5μｍ
Glass substrate
～400μm
～200μm
Polarizing
film
Retardation film
Polarizer (polyiodide ion + PVA)
Protective TAC film
Core construction of LCD
Color filter
LC layer
R
G
LC molecule
B
Alignment layer Transparent electrode
TFT
7
R
Optical film example for LCD – WV film
WV R film widens the viewing angle of LCD
With WV film
Without WV film
8
Green technology based on metamaterial
Nano Silver Pavement (NASIP)
Silver Nano-disc
～10nm
In thickness
1um
120～150nm in diameter
NASIP can selectively reflect infrared light
Heat insulation of sunlight
Spectral properties
100
Transmittance
NASIP on the window
80
Near IR
radio wave
infrared
(heat wave)
Outside
visible
light
Room
inside
[%]
60
40 Visible
Reflectance
20
0
300
700
Visible
1100
1500
Infrared
1900
2300 λ [nm]
9
Industrial Applications of Inkjet systems
Graphic
Jet Press 720
Material Deposition(MD）
the World’s First Single-Pass, High-Speed,
Large Format Size Inkjet Printing
at High Resolutions of 1200 dpi.
FPD
MEMS
Printable Electronics
Apply
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”
Nano-Astaxanthin Application to Skin-care Cosmetics
Conventional
dispersion
Conventional
dispersion
FUJIFILM
Nano dispersion
Thermal
stability
熱安定性
100
Astalift series
ナノ微粒子されたアスタキサンチン（１１０ｎｍ）
● nano-astaxanthin
比較のエマルション製剤（２５０ｎｍ）
● control(250nmφ)
タキサンチン油性溶液
● astaxanthin oilアスsolution
90
80
Astaxanthin
■ Nano
ナノアスタキサンチン
dispersion
■ Control
比較乳化物
(ave.
250
nmφ)
(平均250nmφ)
AUC of astaxanthine (a.u.)
Remaining Astaxanthine (%)
FUJIFILM
Nano dispersion
Astaxanthin
70
60
50
40
30
20
10
0
elapsed time (day/50 degree c)
0
5
10
15
20
Intake
elapsed
摂取後
経過時time
間（(hr)
時間）
25
30
Development Strategy in Pharmaceutical area
タンパク質
Protein
Low molecule
medicine
Drug formulation
technology
①
Active化合物
compound
③
AUC 0-24hrs [μg*hr/ml]
35
Analytical Science
Armed
antibody drug
②
AUC Comparison
①
30
25
20
②
15
10
5
③
0
Commercially
Available
Molecular design
synthesis
NOF Corp.'s FF FTD Tech.
Formula
Proprietary
nano-technology
FUJIFILM’s
Core technologies
Collagen application
Diagnostic Imaging
Bio, BS drug
manufacturing
Highly reliable
manufacturing technology
Film, Membrane
Sponge
Materials for
regenerative medicine
Hydro gel
1m
m
RCP Spheroid
12
The future of industry driven by Chemistry
Electronic
device
Drug
Life Science
 Functional materials for
Flat panel Display, Smartphone
Automobile
Airplane
Chemistry will continue
to play more and more  Lightweight materials
 Small molecule drug, DDS
important role
 Battery materials
 Regenerative Medicine
in the future of industry
Food
production
 Water Purification
 Plant factory
Energy
Environment
 Photo voltaic, Photo catalyst
 CO2 Separation/Fixation
 Biomass
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
Sustainable society
Prevent warming
Energy efficiency
Green Energy
Core technology
based on Photography
nanotech awardwinning
2011, 2012, 2013
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