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The worldwide microscopes market is categorized on the basis of products , applications , and geographies . As per products , the segments are optical , scanning probe , electron and others . Fueled by high adoption rates in life sciences & semiconductors and widespread applications , optical microscopes generated highest revenues in the overall market in 2013 . These microscopes are further categorized into near field scanning , confocal scanning , fluorescence , phase contrast , stereomicroscope , inverted , and others . Inverted microscopes held the largest market share in 2013 . Applications in metallurgy & micromanipulation could fuel demand for inverted microscopes . This segment is expected to grow robustly over the forecast period .
Based on applications , the global industry is divided into semiconductors , life sciences , nanotechnology , material sciences , and others . The market was led by the life sciences segment in 2013 . Demand is mainly fueled by innovations in consumer electronics , and use of microscopes in manufacturing & inspection and in research & development . Newer areas of application , such as miniature transistor chips and quantum dots could drive the overall industry in the forthcoming years . Quantum dots is a gradually evolving technology that may cater to several application areas , like quantum computing , electroluminescent displays , diode lasers , biological imaging , photovoltaic cells , and transistors in the years to come .
Regional segments of the global microscopes market are Europe , Asia Pacific , North America , and Rest of the World . Asia Pacific dominated the overall industry in terms of revenue in 2013 . In 2011 , China witnessed the highest rate of funding in its nanotechnology industry globally . Industrialization coupled with use of nanotechnology in research & development may create lucrative opportunities for further growth of the global market .
Furthermore , demand for microscopes from noncommercial organizations ( hospitals and research laboratories ) can also play a significant role in triggering market progress . Companies operating in the global industry are Carl Zeiss , Olympus Corporation , Leica Microsystems , and Nikon Corporation . Since there are only a few participants , this market is characterized by minimal competition . It is essentially oligopolistic in nature .
Scientists from Uppsala University , Stockholm University , and University of California have created a 3D printed cell phone attachment that can turn a particular device ’ s camera into a microscope . Such an innovation aims at helping health workers in developing nations and in remote locations to identify genetic mutations that cause illnesses & diseases . With the help of such a device , healthcare professionals do not need to send samples to laboratories .
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