Nano-particles are defined as small objects, having nanometer size in the range of 1-100 nano-meters. These particles can be divided into different types such as ultrafine particles, coarse particles and fine particles according to their diameters. Nano-particle based analysis instrument are commonly used to detect the diameter of the nano-particles. There are two methods commonly used for detecting or analyzing nano-particle size namely by microscopic techniques and by utilizing relation between particle behavior and its size. The particle size analysis of nano-particles can be determined using large number of commercially available instruments such as flow cytometry, microscopic techniques, electron imaging techniques and others. The nano-particle size analysis instruments are widely used in life-science industry due to its high accuracy to measure particle size for analytical and scientific purpose.

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One of the key factors driving nano-particle size analysis instrumentation in the life sciences market is the advancement in technology and introduction of novel methods for nano particle analysis by key market players. For example, NanoSight provides Nanoparticle Tracking Analysis (NTA) technique, unique method for analyzing nano particles in liquid medium. This technique is featured with unique single particle detection system that allows the measurement of particles in the range of 10-2000 nm in liquid suspension. Thus, advancement and introduction of new methods will boost the uptake of nano-particle size analysis instrumentation hence drives the market growth. In addition, several advantages of these technologies such as accurate and reliable particle size analysis, requirement of less product volume and compliance with regulatory requirement will further augment the market growth of global nano-particle size analysis instrumentation in the life sciences. However, high cost of the instrument or technologies will restrain the market growth in near future.

The market of Nano-particle Size Analysis Instrumentation in the Life Sciences can be segmented on the basis of:

By Technologies

> Electron Imaging Technology
> Flow Cytometry
>Microscope Technology
>> Atomic Focus Microscope
>> Scanning Tunneling Electron Microscope
>> Cryo-Electron Tomography Microscopy
>> Scanning Tunneling Microscopy
> Ultra-Centrifugation
> Gel Permeation Chromatography
> Stem Instrument
> Others

By End-Users

> Biopharmaceutical Industries
> Life Sciences Industries
> Others

Geographically, North America dominates the global nano-particle size analysis instrumentation in the life sciences market. Technological advancement coupled with consistent efforts of key players to develop new products will drive the growth of this market in North America. Europe is considered as the second largest market of nano-particle size analysis instrumentation in the life sciences. Presence of large number of domiciled key players and rising demand of nano particle size instrumentation will stimulate the market growth in this region. Launch of novel instruments with improved accuracy that enables to provide effective analysis of nano-particle will boost the demand of this market in Asia-Pacific. In addition, developing healthcare infrastructure coupled with positive government initiatives will further stimulate the growth of nano-particle size analysis instrumentation in the life sciences market in Asia-Pacific.

Interpret the Current Market Structure for Nano-Particle Size Analysis Instrumentation in the Life Sciences: http://www.transparencymarketresearch.com/nanoparticle-size-instrumentation-life-sciences-market.html

Some of the key players in the global nano-particle size analysis instrumentation in the life sciences market comprises Agilent Technologies, Inc., ASPEX Corporation, Asylum Research Corporation, Beckman-Coulter, Inc., Bruker AXS, Inc., Fluid Imaging Technologies, Inc., Micrometrics Instrument Corporation, Horiba Instruments, Hitachi Instruments, TSI Instruments, Particle Sizing Systems, Inc. and others.