Global Scanning Probe Microscopes (SPM) Market: Overview
Scanning probe microscopes include imaging technologies that measure surface of small molecules, atoms and fine scales. This technique uses interaction of sharp, electrically charged probe with the surface of samples at particular points. This electrically charged probe is used to interact with sample that helps researchers to understand the properties of sample specimen. In addition, scanning probe microscope scan sample surface with sharp probe in order to observe three dimensional images at high magnification rate. Scanning probe technology is widely used for the study of macro-molecules and biological specimens. Additionally, scanning probe microscopy technique is used for the measurement of wide variety of inorganic (e.g. to measure surface chemistry of the molecules), synthetic (e.g. identify surface of polymers) and biological materials (like polymers and polymer matrix). In addition, scanning probe microscope technology can also be used for manipulation and observation of environmental non-conductive specimen.
The market of scanning probe microscopes is witnessing positive growth owing to development of advanced technologies in this field coupled with wide application areas of scanning probe microscopy in science, environmental and engineering field. For example, RHK Technology, Inc. offers innovative and well engineered RHK UHV Scanning Probe Microscopes. This microscope provides variety of applications in science and environmental field. In addition, Danish Micro Engineering A/S offers ProberStation 150 scanning probe microscope. This microscope offers accurate sampling and flexibility for customer specific modifications by combining with other types of analytical heads. Thus, these types of offering will help key manufacturers to attract more number of customers hence drives the market growth. In addition, various advantages of scanning probe microscope as compared to conventional optical microscopes will further drive the market growth. For example, scanning probe micros offers highest possible magnification i.e. more than 800 to 1000 times greater than conventional microscopes. Thus, this advantage will offer proper analysis of sample specimen hence drives the market growth of scanning probe microscopes. Moreover, these types of advanced microscopy is rapidly growing in developing countries like North America and Europe due to their innovative features and novel applications in variety of disciplines that will further boost the overall market of scanning probe microscope. However, high cost of these types of microscopes will restrain the market growth.
The market of scanning probe microscopes can be segmented on the basis of:
- By Technologies
- Atomic Force Microscopy (AFM)
- Scanning Tunneling Microscopy (STM)
- Near-Field Scanning Optical Microscopy (NSOM)
Global Scanning Probe Microscopes (SPM) Market: Regional Outlook
Geographically, North America is the largest market of scanning probe microscopes due to the launch of novel and innovative products by domiciled key manufacturer coupled with increasing uptake of these technologies by consumers. Europe is considered as the second largest market of scanning probe microscopes. The growth of this market is attributed to the presence of large number of companies like NanoTechnology GmbH, Danish Micro Engineering A/S and others. This factor would help European market to grow consistently in future and hence stimulate the market growth. Additionally, Asia-Pacific region in emerging markets for scanning probe microscopes because of increasing awareness about scanning probe microscopy technology among customers.
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Global Scanning Probe Microscopes (SPM) Market: Companies Mentioned in the Report
Various key players contributing to the global scanning probe microscopes market comprises Danish Micro Engineering A/S (DME), Klocke Nanotechnik, Agilent Technologies, Omicron NanoTechnology GmbH, Hitachi High-Tech Science Corporation, RHK Technology, Inc., Bruker Nano, Danish Micro Engineering, Schaefer Technology and others.
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