The Global Scanning Electron Microscopes Market research report interprets definition, an investigation of significant progress in the industry. It provides overall industry survey, product description, wide array of applications, top players, and development forecast. It enhances understanding about that market along with new business trends.
The Scanning Electron
Microscopes Market report discusses the primary industry growth drivers and
challenges that the vendors and the market as a whole face and provides an
overview of the key trends emerging in the market. It also talks about the
market size of different segments and their growth aspects along with key
leading countries in Americas, Asia-Pacific, Europe, the Middle East, and
Africa regions.
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The global
Scanning Electron Microscopes Market witnesses an explosive growth of USD 2.9
billion due to rise in demand for nanotechnology-based research and rising
expenses on R&D. In addition, prompt growth in application areas such as
pharmaceuticals, automobiles, semiconductors, and nanotechnology is expected to
create favorable market conditions for scanning electron microscope industry.
Furthermore,
technological evolution in scanning electron microscopy that enhances the
quality control procedures of research laboratories in wide range of industries
is expected to contribute to the market growth in the forthcoming period.
Overall, the scanning electron microscope market is expected to cross a CAGR of
11.3% in the forthcoming period.
Scanning electron
microscopes have shown an extraordinary progress since their commercialization
four decades ago. With the difference in use of SEMs, their performance and
functions differ from each other and to use these SEMs, it is crucial to
determine their features as well as to acknowledge the factors behind SEM
images. Commercially, an SEM is used for observation of specimen surfaces. When
the specimen is exposed to a fine electron beam, secondary electrons are
discharged from the specimen surface.
An SEM entails
electron optical system to generate electron probe with a stage to place a
specimen, which acts as a secondary electron detector to accumulate secondary
electrons, which is an image display unit and an operation system to undertake
various operations.
The scanning
electron microscopes industry is segmented into application and geography.
Geographical segmentation for the market spans North America, South America,
Europe, Asia-Pacific, Middle East and Africa. Asia-Pacific’s scanning electron
microscope market accounted for a rapid growth owing to rise in applications
such as semiconductors, pharmaceuticals, automobiles and nanotechnology.
Rise in demand
for scanning electron microscopes for material research is likely to propel the
South America market in the forthcoming period. In addition, the South American
market is expected to cross a CAGR of 11.6% during the forecast period. North
American scanning electron microscopes industry accounts for second position
with an overall CAGR of 36.10% owing to a wide presence of research and
academic institutes and rise in number of clinical trials.
Research-based
activities in biotechnology, pharmaceutical industries and life sciences.
Middle East and African regions are expected to gain a positive traction in the
scanning electron microscopes market in the forthcoming period due to rise in
demand for advanced SEM for research and academics. The key players in the
scanning electron microscopes industry include FEI, Leica Microsystems, Olympus
Corporation, Bruker Corporation, Carl Zeiss, JEOL Ltd, and Hitachi
High-Technologies Corporation.
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