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Applied M ic ros truc tures , Inc .
Copyright © 2010 Applied Microstructures, Inc.
宇燦股份有限公司宇燦股份有限公司ULTRA–PROINTERNATIONAL
Nano-scale Surface Engineering with
Molecular Vapor Deposition (MVD®)
5.28.2010 中国上海
报告人 : 赵先忠john@ultrapro.com.tw
2Copyright © 2010 Applied Microstructures, Inc.
宇灿股份有限公司
• 成立于 1997 年 7 月 .
• 总公司位于台北 , 分公司位于新竹 , 台南 .
• 中国公司总部位于上海 .
• 代理数家欧美半导体设备制造商 .
• 主要的产品为厂务及微机电制造设备 .
• 客户群含盖海峡两岸 , 计有
– 晶圆代工制造商
– 半导体整合元件 (DRAM &CPU) 製造商
– 微机电麦克风 , 微光机电系统 (MOEMS) 製造商等
– 学术研究单位
•
3Copyright © 2010 Applied Microstructures, Inc.
AMST Overview• Applied Microstructures (AMST) provides enabling coating
technology to the high growth markets of MEMS, biomedical microfluidics, inkjet print heads, semiconductor, and nano imprint lithography (NIL)
• AMST develops capital equipment and process services to help our customers achieve their technical objectives
• Molecular Vapor Deposition (MVD®) enables low temperature vapor deposition for anti-stiction, hydrophobic, hydrophilic, biocompatible, protective, or reactive coatings
• AMST currently supports a worldwide installed base of more than 60 MVD® tools including some of the world’s leading MEMS production companies as well as leading Nanotechnology research institutes
4Copyright © 2010 Applied Microstructures, Inc.
Corporate Background• Founded 2003
– Funded by Sierra Ventures, Horizon Venture Partners, Compass Technology Partners
– $13.5M raised
• 2003-2008 R&D and early market development• 2008 – company focus on production customers, volume
manufacturing applications, and new markets
5Copyright © 2010 Applied Microstructures, Inc.
Enabling Products
6Copyright © 2010 Applied Microstructures, Inc.
MEMS Reaching Production Maturity
ExcessPrecursorRemoval(Iso-Octane)
ExcessPrecursorRemoval(Iso-Octane)
WaterRemoval(Iso-Octane)
WaterRemoval(Iso-Octane)
MonolayerDeposit
MonolayerDeposit
Rinse(IPA)
Rinse(IPA)
Surfactant(Ketone)
Surfactant(Ketone)
SurfaceOxidation
(H2O2, etc)
SurfaceOxidation
(H2O2, etc)
FinalRinseMethanol
FinalRinseMethanol
Wet Processing
Glassware Ovens AMST MVD®
7Copyright © 2010 Applied Microstructures, Inc.
•The MVD process creates a controlled chemical deposition within the system chamber
•Conformal films as thin as a single mono-layer are deposited with very low consumption of precursor chemicals
•This system allows the generation of single-layer, multi-layer, and laminate coatings on a variety of substrates
Molecular Vapor Deposition (MVD®)
Precursor ChemicalsDeposition Chamber
AdvantagesExtremely low chemical usage, low cost, low waste (green)Extremely conformal coating down to nanometer scaleLow Temperatures for sensitive materials (<150 C)Precise chemical delivery and layer thickness controlScalable from small to large substrate areasClean room compatible design
8Copyright © 2010 Applied Microstructures, Inc.
The Leader in MEMS Anti-Stiction Coatings• AMST provides anti-stiction and hydrophobic
coating solutions to improve both the manufacturing yield and performance reliability of many MEMS devices
• As MEMS designs become both more complex, and more widely adopted, anti-stiction problems will become more of an issue
• More than 1 Billion MEMS microphones coated by the MVD® process
Stiction is the fundamental property that causes small movable devices to stick to each
other when placed in close proximity -
9Copyright © 2010 Applied Microstructures, Inc.
Other Applications
Inkjet PrinterFace Plate
Nano Imprint Lithography
Inkjet Printer Passivation
Using MVD® Release Film
No Release Film
Hydrophobic Surface
Inkjet PrinterCross Section
Hydrophilic in channels
Ink Droplets
Using MVD® CoatingNo Coating
Cross-section cut for evaluation of MVD® penetration
Microfluidics
AMST coated effectively and uniformly coated entire .66m
long buried channel
Magnified
250 micron cross section
~50 micron nozzle diameter
10Copyright © 2010 Applied Microstructures, Inc.
Product Roadmap2010 2011 2012
R&D
HVM 200mm Wafer
HVM 300mm Wafer
HVM large substrates
MVD100EMVDPathfinder (300mm single wafer)
MVD150
MVD200 – market specific configurations
MVD300
G4000*
* Under market evaluation
11Copyright © 2010 Applied Microstructures, Inc.
Worldwide Locations & Regional Installs
Headquarters
36
# # of MVD® in region
5
9 41
25
Sales Representatives
Demo Lab
12Copyright © 2010 Applied Microstructures, Inc.
Worldwide Installed Base & Support
AMST currently supports a worldwide (Asia, Europe, Middle East, and North America) installed base of more than 60 MVD® tools including some of the world’s leading MEMS production companies
13Copyright © 2010 Applied Microstructures, Inc.
Process Services and Applications• Expertise ranges from new process development to
outsourced productionProcess Services Lab•Demonstration of AMST coating performance on actual customer parts•Tuning of customer recipes (new applications, process transfer, process evolution)•Pilot production support•Production overflow•Capable to process wafers in both U.S. and in Japan
AMST/SVTC’s partnership for Anti-Stiction Process Services
14Copyright © 2010 Applied Microstructures, Inc.
Sampling of Customers• MEMS• Packaging• Nanoimprint Lithography• BioMedical• Microfluidics• Inkjet• R&D/Universities
Due to issues of confidentiality, AMST does not disclose the names of ourindustrial customers
15Copyright © 2010 Applied Microstructures, Inc.
Summary• Molecular Vapor Deposition (MVD®) enables low
temperature vapor deposition for anti-stiction, hydrophobic, hydrophilic, biocompatible, protective, or reactive coatings
• Applied Microstructures (AMST) provides enabling coating technology to the high growth markets of MEMS, biomedical microfluidics, inkjet print heads, semiconductor, and nano imprint lithography (NIL)
• AMST currently supports a worldwide installed base of more than 60 MVD® tools
w w w .appliedms t.c om
17Copyright © 2010 Applied Microstructures, Inc.
连络我们
• 宇灿股份有限公司 Ultra-Pro International Co., Ltd.
台湾台北县汐止市新台五路一段 79 号 13 楼之 10
联络人 : 胡卉君
电子邮箱 : teresa@ultrapro.com.tw
电话 :886-2-86983338 x 825; 传真 :886-2-86983339
• 上海宇灿国际贸易有限公司
上海市浦东新区东方路 1359 号 4B
联络人 : 黄柏斐
电子邮箱 : kevin@ultrapro.com.cn
电话 : 86-21-61524960-2; 传真 : 86-21-61524955
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