Nano-particle size analysis instruments are primarily used for detecting the diameter of nanoparticles. Over the past few years, there has been a sharp rise in the adoption of these instruments in the life science sector owing to their high accuracy. Some of the commonly implemented technologies in the analysis are electron imaging technology, microscope technology, gel permeation chromatography, flow cytometry, ultra-centrifugation, and stem instrument. Rapid advancements in these technologies have widened the scope of applications of nano-particle size analysis instruments. Other than the life science sector, their demand is high in the biopharmaceutical sector as well.
The research report is an outcome of the meticulous examination of the various critical aspects of the global nano-particle size analysis instrumentation in the life sciences market including its dynamics and region-wise outlook. Various paid and unpaid sources including white papers, press releases, journals, presentations, and directories were referred to compile this study. The report sheds light on the competitive nature of the market. It analyzes the business strategies and latest developments of the key players in the market. It presents the statistics pertaining to the market in graphical form for a better understanding.
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The increasing spending on research and development activities is providing a significant boost to the growth of the global nano-particle size analysis instrumentation in the life sciences market. Emerging economies offer immense growth opportunities and therefore, these countries are likely to witness set up of more life sciences research centers in the coming years. Moreover, the introduction of novel methods for nano particle analysis is augmenting the market.
The rising awareness regarding the advantages of nano-particle size analysis instrumentation such as the requirement of less product volume, compliance with regulations, and accurate and reliable particle size analysis is also fuelling the market. On the other hand, the high costs of instruments or implementing technologies are keeping the market from realizing its utmost potential.
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Global Nano-Particle Size Analysis Instrumentation in the Life Sciences Market: Regional Outlook
The segments analyzed on the basis of geography are Asia Pacific, Europe, North America, and Rest of the World. North America will be a major revenue contributor to the growth of the market. Rapid advancements in nanotechnology along with the continuous efforts of key players to develop novel products are driving the growth of the region. In addition, the growing number of biotechnology start-ups and research facilities is propelling the growth of the region.
Europe will also be a prominent market during the review period. A large number of players are headquartered in the region, which provides it an edge. Moreover, the increasing demand for nano-particle size instrumentation is supplementing the growth of the region.
Asia Pacific will be an emerging market for nano-particle size analysis instrumentation in the life sciences. The launch of new and advanced instruments with enhanced accuracy is working in favor of the growth of the region. Furthermore, the developing healthcare infrastructure coupled with the favorable government initiatives is providing a fillip to the growth of the region.
Global Nano-Particle Size Analysis Instrumentation in the Life Sciences Market: Competitive Landscape
The presence of a large number of regional and global players has rendered the global nano-particle size analysis instrumentation in the life sciences market highly fragmented. The rapid advancements in nanotechnology are intensifying competition among key players. Some of the prominent companies operating in the market are Agilent Technologies Inc., Bruker AXS Inc., Beckman-Coulter Inc., TSI Instruments, Horiba Instruments, ASPEX Corporation, Fluid Imaging Technologies Inc., Hitachi Instruments, and Micrometrics Instrument Corporation.
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