According to the World Health Organization (WHO), 8.8 million people died from cancer in 2015, which accounts for 1 in 6 deaths. The data also suggests that 30-50% cases of these deaths could have been prevented with appropriate medication. Development of effective medication for the disease requires in depth study regarding the structure and mechanism of the tumor cells. This study is only possible with the help of imaging instruments such as microscopes and data analyzers and thus, the increasing research in the field of drug development is thus expected to propel the global life cell imaging market.

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Furthermore, live cell imaging that has the capability to capture the live movements and functionalities with the use of advanced technologies such as bright field microscopes and multi-photon electron microscopes are being installed in a lot of research laboratories and companies to accelerate the research process as well as help to attain accuracy in data analysis through computer-based software. The cell imaging instruments can also be used to study embryogenesis in the developmental biology studies to observe the phases of the development of an embryo using various animal cell models. The augmented reality imaging in the neurology is also helpful in understanding the electrophysiology of the nerve impulses and signal channel detectors through imaging techniques.

For instance, In January 2017, Olympus launched a 3D laser measuring microscope with 4K scanning that will provide fast and intuitive surface metrology. Various such products coming in the near future are expected to create a competitive scenario among the market players to come up with innovative products.

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Cell imaging system manufacturers are focused on incorporation of various technologies in order to improve the imaging quality and provide ease and assistance in imaging studies. The imaging companies are using technologies such as Fluorescence Resonance Energy Transfer (FRET), Fluorescent in situ Hybridization (FISH), Reflection Fluorescence Microscopy (TRIF) and Multi-photon Excitation Microscopy for the development of high-end analyzers systems. The Cell imaging analyzer systems is thus expected to be the leading instrument among the product type segment throughout the forecast years.

Furthermore, life cell imaging has emerged as a potential tool that helps provide insights into dynamic processes in living cells and cell function with the help of agents such as green fluorescent protein (GFP) and multicolored probes that precisely label molecules and directly probe its function in live cells by light microscopy. Due to the visualization ability of the imaging tools, the dynamics of protein vesicles, organelles, cells and tissue has provided new insights into how cells function.

However, the factors such as shortage of skilled professionals and high cost of the advanced microscopes hinder market growth to a certain extent.

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