- Optical imaging has the ability to improve point of care in the healthcare setting since it provides improved screening and detection of diseases.
- Optimal imaging technique provides real-time diagnosis, even in remote areas.
- Optical imaging, combined with other imaging techniques, provides enhanced monitoring of complex diseases.
Driven by critical healthcare needs, optimal imaging is gaining traction as a detector technology. Optimal imaging is a technique where cellular and molecular function in a living body is interrogated with the help of light and the special properties of photons to obtain detailed images of organs and tissues.
Optical imaging has the ability to improve point of care in the healthcare setting since it provides improved screening and detection of diseases. The global optimal imaging market is anticipated to attain a valuation of $1.92 Bn at a CAGR of 10% over the forecast period of 2018-2023, projects Market Research Future (MRFR) in an extensive study.
Optical imaging is a noninvasive technique which is garnering high preference from the healthcare industry. Optimal imaging offers various advantages over radiological imaging techniques. Other than significant reduction in patient exposure to harmful radiation, optimal imaging technique is relatively faster and can be applied to lengthy and repeated procedures. Optimal imaging technique provides real-time diagnosis, even in remote areas. Surging awareness regarding the harmful effects radiation-based imaging has boosted the demand for optical imaging.
Unlike other imaging techniques, optical imaging is not limited to one or two measurements. Optical imaging is capable of measuring properties of an organ or tissue at the same time. Furthermore, optical imaging, combined with other imaging techniques, provides enhanced monitoring of complex diseases and can also be helpful for researchers working on complex experiments. Increases in a number of research & development activities in the life sciences sector provides favorable grounds for growth of the global optical imaging market.
Other factors contributing to the growth of the global optical imaging market include a rise in the population of aged people who are susceptible to various age-related disorders and consequently generate a high demand for diagnosis and treatment. Optimal imaging is progressively being applied to drug discovery processes and pre-clinical research, which spurs the growth of the global optical imaging market.
On the other hand, the market growth might face a slowdown due to factors such as stringent regulatory approval procedures, the high cost of instruments, lack of skilled workforce, and unfavorable reimbursement policies for optical imaging procedures.
The global optical imaging market has been segmented based on product, technique, therapeutic area, application, and end user.
By product, the global optical imaging market has been segmented into imaging systems, software, lenses, illumination systems, cameras, and others. The imaging systems segment has been further segmented into optical imaging systems and spectral imaging systems.
By technique, the global optical imaging market has been segmented into hyperspectral imaging, near-infrared spectroscopy, Optical Coherence Tomography (OCT), photoacoustic imaging, diffused optical tomography, and super-resolution microscopy.
By therapeutic area, the global optical imaging market has been segmented into neurology, oncology, ophthalmology, dentistry, cardiology, dermatology, and others.
By application, the global optical imaging market has been segmented into pre-clinical and clinical research, pathological imaging and intraoperative imaging.
By end user, the global optical imaging market has been segmented into diagnostic imaging centers, hospitals and clinics, research laboratories, and pharmaceutical &biotechnology companies.
Buy Research Report: Ice Hockey Equipment Market to Grow 1.9X by 2030, Manufacturers to Prioritize Online Sales Channels
Buy Research Report: COVID-19 Inhibits Demand for Processed Meat amid Bottlenecks in Supply and Production
Buy Research Report: Oligonucleotide Synthesis Market on a Positive Growth Trajectory, Supported by Developments in Synthetic Chemistry, Projects
Buy Research Report: Global Advance Wound Care Market to Reach Nearly US$ 15 Billion by 2030
Buy Research Report: Sales of Isobutylene to Ride on Gas Permeability Quotient; Uptake by End-use Industries Limited by COVID-19 Outbreak
By region, the global optical imaging market has been segmented into the Americas, Europe, Asia Pacific, and the Middle East & Africa. The Americas is leading the global optical imaging market on account of the high prevalence of neurological, ophthalmic and cardiovascular diseases in the region. High government support in the form of funding for R&D of medical devices and the presence of key players in the region boost growth of the market. Surging awareness regarding the ill effects of radiation imaging and expanding population pool is likely to augment market growth.
Europe is the second largest market for optical imaging driven by factors such as availability of advanced treatment options, high healthcare expenditure, robust healthcare infrastructure and prolific growth of the medical devices industry in the region. Affordability and knowledge about optical imaging techniques also act as a plus for growth of the market.
APAC is poised to be the fastest growing market for optical imaging. Presence of a massive base of patient population, expanding healthcare budget, and government support spurs the market in APAC. More rapid adoption of advanced healthcare technology and favorable reimbursement scenarios also boost market growth.
Lack of awareness and lack of advanced treatment facilities will result in sluggish growth in the MEA market region.
Key players in the global optical imaging market include Topcon Corporation, Perkinelmer Inc., Agfa-Gevaert N.V., Canon Inc., Carl Zeiss Meditec AG, Koninklijke Philips N.V., St. Jude Medical Inc., Heidelberg Engineering Inc., and Bioptigen Inc.
In January 2019, a new type of portable optical imaging system was developed by researchers at the University of Illinois which is capable of visualizing the dynamic cellular and molecular features in freshly removed or biopsied breast tissue specimens.