Bronchoscopy is a test that enables healthcare professionals to examine a patient’s respiratory system. Doctors will usually thread a bronchoscope through the nose or mouth into the throat to access the lungs. The bronchoscope is normally made from flexible fiber-optic materials with a light source and a camera. Modern bronchoscopes are provide color video, improves diagnosis.
Increase in Pulmonary Disorders to Drive Growth
Rapidly growing population of the elderly and numerous incidences of pulmonary disease are key aspects that are generating demand for bronchoscopes. Bronchoscopes allow the miniaturization of visualization to extremes. Access to modern medical infrastructure is also raising the adoption of bronchoscopes to extract pulmonary system images for better diagnosis.
The developed nations such as the European Union and United States are seeing a vast and growing population of aged people. The number of elder people is anticipated to increase by more than double in the next few decades.
This will result in increased application of bronchoscopes in the near future. As per studies performed by the National Center for Biotechnology Information, more than 3 million people in the United States have been diagnosed to have pulmonary disorders. Moreover, nearly half a million bronchoscopy operations take place with the help of flexible fiber-optic bronchoscopes every year in the U.S.A. alone.
Bronchoscopes are widely utilized to identify diseases such as chronic cough, cancer, and pulmonary disorders, among others. Healthcare professionals also use bronchoscopes to administer medicines directly to a patient’s lungs or to enable the removal of foreign objects obstructing the respiratory system.
Modernization of Healthcare Facilities to Boost Demand
Popularity of alternate methods of treatment and highly stringent regulations that concern safety of patients are key aspects that are keeping bronchoscopes manufacturers from achieving their potential. Flexible fiber-optic bronchoscopes are seeing increased preference owing to better patient comfort and reduced requirement for anesthesia use.
On the other hand, video bronchoscopes are also seeing rapid increase in demand owing to the integration of new charge-coupled technology, especially in major hospitals and outpatient processing centers.
Video Bronchoscopes and flexible fiber bronchoscopes are anticipated to see a higher rate of demand owing to added functionalities of narrow band imaging and high definition imaging, for improved visualization of abnormalities in the tracheobronchial structure of the lungs. Flexible fiber bronchoscopes are seeing increased use for medical procedures such as removal of foreign bodies, bronchial dilations, laser therapy, cryotherapy, and bronchial thermoplasty. Doppler based ultrasound operations are also gaining popularity in bronchoscope applications to treat chronic obstructive pulmonary disease.
Bronchoscopes are seeing increased demand and applications owing to higher rates of adoption across different types of healthcare facilities. Moreover, a number of the major manufacturers of bronchoscopes are putting increasing efforts on bettering their market presence in developing countries owing to shortage of medical infrastructure and equipment and a high potential to build on bronchoscopes sales and distribution channels in such countries.
Manufacturers Look towards Technological Innovations for Future Developments
Major bronchoscope manufacturers including the Fujifilm Holdings Corporation, Olympus Corporation, Teleflex Incorporated, Richard Wolf GmbH., KARL STORZ GmbH & Co KG, Ambu A/S, Shanghai AoHua Photoelectricity Endoscope Co., Ltd., HOYA Corporation. (Subs. PENTAX Medical), and the Rochling Group are putting increased emphasis on technological innovations and expansion of production facilities to gain competitive advantages in the long run.
There are a number of Bronchoscopes that are now available easily, which were released by the respective manufacturers in recent times, featuring various advancements in technology including devices using charge-coupled technology, which has resulted in a high rate of demand by many health care practitioners and organizations.
For example, the EVIS EXERA III BF-190 range of bronchoscopes by the Olympus Corporation boasts of path breaking technology that allow improved access to the respiratory systems along with high definition visibility, and versatility of use, for more accurate diagnosis for easier treatment and reprocessing procedures. The device offers an advanced rotary functionality for visibility up to 120 degrees, without much effort and better flexibility for ease of insertion and positioning. The bronchoscope tip can be angled quite easily to access areas that are not easily reachable by older models.
Similarly, Fujifilm Holdings Corporation has developed a range of bronchoscopes for specialist therapeutic processes, that can make use of wide spectrum of accessories for increased functionality, improved viewing angle up to 140 degrees, and superior flexibility that allows doctors to administer therapeutic medications to the right location.