Industry Report on Liquid Handling: Technologies and Global Markets

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Industry Report on Liquid Handling Technologies
and Global Markets
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Summary

• The global market for liquid handling equipment
  will grow from nearly 2.3 billion in 2014 to
  nearly 3.4 billion in 2019, with a compound
  annual growth rate (CAGR) of 8.3 for the period
  of 2014-2019.
• This report provides
• -An overview of the global markets liquid
  handling technology which is driving trends in
  wet-bench laboratories.
• -Analysis of global market trends, with data from
  2014, and projections of CAGRs through 2019.

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-A look at industrial, academic and government
uses for liquid handling technology. -An in-depth
look at open source liquid handling technologies,
and its impact on how the industry will
evolve. -Analysis of the market's dynamics,
specifically growth drivers, inhibitors, and
opportunities. -Information on general
manufacturers, specialists, and open source
manufacturers. -Coverage of the industry
structure. -A relevant patent analysis of both
new and pending patents.
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INTRODUCTION STUDY GOALS AND OBJECTIVES This
report will focus on the breadth of the wet-bench
laboratory industry. This will include the
breadth of the biological and chemical industries
and will attempt to look at all segments. We will
avoid all additional applications, such as
laboratory automation and various forms of
scientific analytic technologies. We will look at
industrial, academic and government uses for
liquid-handling technology. Also, there will be a
particular look at open-source liquid handling
technologies and its impact on how the industry
will evolve.
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REASONS FOR DOING THE STUDY The fundamental
technology of most wet-bench laboratories is the
handling of liquids. Without this handling of
liquids, much work cannot be done. As such, the
rise of liquid-handling technology starting in
the 1970s has played a key role for wet-bench
laboratory applications throughout the biological
and chemical sciences. From making technologies
such as laboratory automation possible to simply
making life simpler and more productive on the
bench, they have played a key role in
laboratories throughout the world. This impact
has a wide influence on what kind of work is done
as well as what kind of consumables are used and
the volume of reagents needed to operate. As
such, trends in liquid-handling technology often
drive trends in wet-bench laboratories in
general.
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REASONS FOR DOING THE STUDY Liquid handling is
often used to save labor so that key technicians
can be involved in other value-added tasks
throughout the laboratory. Liquid handling is
also needed in the modern wet-bench laboratory,
as certain technologies from genome sequencing to
flow chemistry would not be feasible without
liquid handling. Liquid-handling technology is
also proving key in reducing laboratory expenses.
Particularly within clinical and academic
laboratories, liquid handling is allowing work to
be maintained while operating with fewer
personnel resources. This importance will have
large ramifications through the wet-bench
laboratory industry.
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SCOPE OF REPORT This report will focus on liquid
handling equipment for biological and chemical
laboratory use. There will be a variety of
different applications included in the scope of
this report. This report will not focus on total
laboratory automation solutions, as it will not
cover the software and integrating hardware
needed for these purposes. This report will also
not cover the use of consumables, as most of the
consumables used are typically used in other
laboratory applications. INTENDED AUDIENCE The
intended audience for this report includes
manufacturers and marketers of liquid handling
equipment. Executives and managers of firms that
use liquid handling equipment will also find this
report useful for their strategic needs.
Manufacturers of laboratory consumables will also
have an interest in this report, as liquid
handling equipment is driving demand for
laboratory consumables.
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INFORMATION SOURCES This report was constructed
from a variety of sources. A variety of
professionals were contacted throughout the
laboratory industry to give their insights as to
the state of liquid handling, the trends and the
challenges within the field. This has been
supplemented with an array of supplementary
information. Patent applications, financial
reports, news reports and other available sources
of data have been used to as a part of writing
this report.
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Table of Contents
INTRODUCTION - Complimentary 3 SUMMARY 3 250
OVERVIEW 21 1927 MARKETS BY PRODUCTS 14 1285
TECHNOLOGY 28 2569 INDUSTRY STRUCTURE AND
COMPETITIVE ANALYSIS 16 1468 COMPANY PROFILES
13 1193
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To view the full Executive Summary and Table
of Contents, please visit Industry Report on
Liquid Handling Technologies and Global
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