Global Medical Fiber Optics Industry

Global Medical Fiber Optics Industry

  • September 2020 •
  • 524 pages •
  • Report ID: 5442584 •
  • Format: PDF
The global market for Medical Fiber Optics is projected to reach US$1.3 billion by 2025, driven by the growing commercial value of fiber optics technology in surgical instrumentation, disease treatment therapies, diagnostic and imaging equipment, and sensor based wearable medical devices and textiles. Heavy utilization of imaging and growing preference for non-invasive surgery will drive a major chunk of opportunities in clinical imaging and endoscopy applications. Benefiting the market will be the rise in endoscopy procedures supported by advantages such as safety and effectiveness in both diagnosis and therapy; minimal morbidity and mortality; less scarring and faster recovery; and rising preference for endoscopic management of GI disorders especially against a backdrop of research studies linking chronic acid reflux and GERD with Barrett`s esophagus and esophageal cancer. Transducer-Tipped" fiber optic catheter can move freely around organs, bones, veins and arteries. Fiber optic sensors are small in size, have immunity to EM interferences, and feature greater geometrical versatility. Application possibilities abound in remote spectrophotometry; endoscopic imaging/surgery; pressure and position sensing; Intravascular pressure transducers and In vivo oximeters. As surgical robotics and computer-assisted surgery (CAS) grow in popularity, use of the technology will grow in cables and cable systems. The critical role played by radiology imaging in clinical decision support coupled with the growing healthcare burden worldwide will continue to push up the volume load of imaging procedures such as MRI and CT. Other factors also benefiting market growth include rising use of fiber optics in various surgical procedures; miniaturization of medical devices; mounting demand for advanced biomedical instrumentation based on optical fiber for diagnosis, monitoring and treatment; strong demand for flexible, agile and highly maneuverable fiber optic endoscopes; growth in the practice of dentistry and the ensuing increase in the use of Fiber-Optic Transillumination (FOTI) in diagnosis of myriad dental conditions; strong demand for fiber optic hand-held retractors in cosmetic surgeries; rising commercial Interest in the use of Polymer Optical Fibers (POFs) in medical smart textiles. The United States represents the largest market worldwide supported by well-developed advanced radiology services; high installed base of MRI & CT imaging equipment at 39 & 44 units per million people; and overutilization of imaging services in the form of unnecessary tests despite policy led emphasis on value based care. Asia-Pacific including China is a major market, led by factors such as developing healthcare infrastructure; growing population and healthcare burden; need for technologies to effectively handle rising volume of surgical and diagnostic procedures; rise of medical tourism in low cost Asian countries and the resulting competitive need to enhance patient care through investments in cutting edge medical technologies; and rising preference for keyhole surgeries such as endoscopy and laser guided surgeries.