revolutionary nanomanufacturing technology to approach commercialization by 2020
TRANSCRIPT
Revolutionary Nanomanufacturing
Technology to Approach
Commercialization by 2020
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Research PREVIEW for
Innovations in Nanomanufacturing
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Key Findings
Key Findings Government funding and backing
of technology startups are
required to enable wide scale
adoption of nanomanufacturiing
Integrating roll-to-roll processes for nanomanufacturing
and application of nanoscale products to enable
volume production in the long term
South Korea and China are the top two
countries where the maximum number
of patents have been filed in the last 5
years
Nanosensors, nanocoatings, and
nanomaterials are expected to be the
primary beneficiaries of
advancements in nanomanufacturing
Sensor, Material and
Coating Technologies to
Get Boost from
Nanomanufacturing
Roll-to-Roll Processing
Key to Mass
Manufacturing
University
Research Key to
Innovations
Continuous Funding
Required for Advancing
Nanomanufacturing
Activities
APAC Spearheading
Innovations in
Nanomanufacturing
Major innovations in
nanomanufacturing are expected to
come out of university research
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Paradigms of Innovation Hotspots
Innovation Hotspots
in
Nanomanufacturing
Roll to Roll
Manufacturing
(R2R)
Chemical Vapor
Deposition
(CVD)
Atomic Layer
Deposition
(ALD)
Nanoimprint
Lithography
(NIL)
Dip-Pen
Nanolithography
(DPN)
Molecular
Epitaxy
Self Assembly
DPN is a fabrication process
where the patterning is done
directly on the substrate by
dipping the pen in chemical
fluids.
NIL is a fabrication process wherein
the manufacturing is done by means
of printing or by stamping.
ALD is an emerging process for
Nanomanufacturing. Here, the
materials are made by the deposition
of atomic components on a surface.
Self Assembly, as the term implies, is
a process where components combine
as a group to develop new structures.
Molecular
Epitaxy is another
innovative Nano-
manufacturing
technique which is
used to develop
thin films.
Roll to roll manufacturing is useful for
mass production capabilities. The process
involves rolling of metals or plastic.
Chemical Vapor Deposition
is a process involving
reaction of chemicals to
develop nanoscale devices.
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Innovators Profile Key Stakeholders
Gesture
Recognition
Ion Beam
Deposition
Touch
Technology
Self
Assembly
Roll to Roll
Nanoimprint
Lithography
Atomic
Layer
Deposition Chemical
Vapor
Deposition
Plasma Enhanced
Chemical Vapour
Deposition (PECVD)
- AIXTRON, Germany
Electrostatic Spray
Assisted Vapour
Deposition (ESAVD)
-IMPT Limited, USA
- Layatec™
Self Assembly
-Nano film, USA
- Clarity Defender®
PLUS Automotive
Windshield Treatment
Ion Beam Deposition
(IBD) Systems
-Veeco Instruments
Inc. ,USA
- NEXUS® Ion Beam
Deposition Systems
-
Roll to Roll (R2R)
- Liquidia Technologies,
USA
- PRINT® Platform
Atomic Layer
Deposition (ALD)
- Beneq Oy, Finland
Nanoimprint Lithography
(NIL)
-EV Group , Austria
-UV Nanoimprint
Lithography (NIL) Systems
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Roll-to-Roll Nanomanufacturing Process PRINT® Platform, Liquidia Technologies, USA
Innovation Market Implication Impact
Chemicals
Healthcare
Semiconductors
Near- Medium- Long- Term
Near-term: Pharmaceuticals,
chemical combination for
medicines, therapy
Medium-term: Drug loading
Long term: Nano particle
fabrication on electronic
components
PRINT® Platform, Liquidia
Technologies
Roll to roll Nanomanufacturing
method
Pattern creation directly on the
substrate
it can be used in both top-down
and bottom-up approaches of
Nanomanufacturing
Implication
Size &
Flexibility
Adoption
Customization
Emergence of
Technologies
Drivers &
Challenges
The roll to roll process developed by the
company aids in customizing the size
and shape of the nanoparticles deployed.
The manufacturing method can be used
to pattern various sized nano particles,
offering flexibility.
Adoption of roll to roll processing in
Nanomanufacturing can be expected to
increase as the technology matures.
Constant R&D in nanotechnology could lead
to development of alternate methodologies.
Company focus
Liquidia Technologies, a US-based
company adopts the fabrication technique
from the semiconductor industry in its
proprietary PRINT® Platform. The company
primarily focuses on therapies pertaining to
ophthalmology.
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The Full Analysis Features the Following Content
Topic Slide No.
Executive Summary 4
Research Scope 5
Key Findings 6
Innovation Landscape 7
Technologies enabling
Nanomanufacturing 8
Landscape/Paradigms of Innovation
Hotspots 10
Supply Chain and Key Stakeholders
involved 11
Technology Roadmap 12
Growth Drivers and Industry
Challenges 13
Topic Slide No.
Innovation Indicators 13
Funding Activity 14
Competitive Technology Base–
Strength of Patents 15
Patent Landscape 16
Innovators Profile 17
Business Implications of
Innovations 19
Strategic Insights 28
Business Opportunity Landscape 29
Points of Convergence 30
Analyst Insights 31
The Frost & Sullivan Story 33
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Research Scope
Target Audience
Scope of Study &
Regions Covered
Technology Areas
Covered
Markets Covered
Application Scope
The research study is a global study and covers innovations and developments from
across the world. The scope of the study predominantly covers the developments in
the regions of North America, Europe and Asia Pacific.
The research service covers some of the technologies that aid nanomanufacturing.
They are roll-to-roll manufacturing (R2R), atomic layer deposition (ALD), chemical
vapor deposition (CVD), nanoimprint lithography (NIL), ion beam deposition (IBD) and
self assembly.
The research service report covers markets such as
Electronics – Sensors, MEMS, NEMS, ICs
Healthcare – Medical Devices
Transportation – Automotive, Aerospace
Sensors
Medical Devices
Coatings
Electronic Components
This research service report on Innovations in Nanomanufacturing targets
nanotechnology developers and equipment manufacturers involved in the development
of nano-sized devices as well as research centers and universities involved in
nanomanufacturing and venture capitalists.
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Interested in Full Access? Connect With Us
Ariel Brown Corporate Communications – North America
(210) 247.2481
Research Authors
Jabez
Mendelson
Research Analyst
Technical Insights
Sumit Kumar Pal
Senior Research
Analyst
Technical Insights
Peter Adrian
Industry Principal
Technical Insights
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Global Perspective 40+ Offices Monitoring for Opportunities and Challenges
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Industry Convergence Comprehensive Industry Coverage Sparks Innovation Opportunities
Automotive &
Transportation
Aerospace & Defense Measurement & Instrumentation
Information & Communication Technologies
Healthcare Environment & Building Technologies
Energy & Power Systems
Chemicals, Materials & Food
Electronics & Security
Industrial Automation & Process Control
Automotive Transportation & Logistics
Consumer Technologies
Minerals & Mining