The Complete Solution for Bronchoscopy
EVIS EXERA III System
Olympus provides a complete range of innovative solutions in the respiratory field. The EVIS EXERA III lineup of bronchoscopes focuses on the optimization of image quality, handling, and processes. With its stunning features, it sets new technological standards.
Innovative equipment, techniques, and procedures for endobronchial ultrasound, peripheral and pediatric bronchoscopy, and other medical and surgical endoscopy solutions complete the range.
Olympus continually innovates to advance the art of bronchoscopy and supports progress in respiratory diagnosis and treatment.
Years of experience, combined with cutting-edge medical technology and innovative products, have made Olympus the world leader in endoscopy.
Our commitment to research and development, and our collaborative efforts with the medical community, continue to improve the underlying technology and the quality of patient care and outcomes.
Interest in peripheral bronchoscopy is growing among pulmonologists. Technologies such as radial EBUS, the Guide Sheath Kit-approach, and the use of navigation systems have helped to improve confidence to diagnose remote tumors as well. Olympus supports the interventional pulmonologist and continuously develops devices to improve diagnostics in the lung.
Explore our Latest-Generation Bronchoscopes:
Ultrathin bronchoscope ideal for peripheral lung regions
Slim design
Targeting and sampling device portfolio
Are you interested in a complete solution for bronchoscopy? Do you want to try out our new ultra-thin bronchoscope BF-MP190F for yourself? Request a live demonstration of the EVIS EXERA III system and an Olympus consultant will contact you.
Olympus provides ideal solutions for endoscopic imaging. The Olympus EVIS EXERA III system is compatible with endoscopes used in interventional pulmonology, gastroenterology, anesthesiology, otorhinolaryngology, and other surgical areas. For respiratory applications, in addition to the new EVIS EXERA III bronchoscopes, Olympus supports a wide range of products for endoscopic ultrasound, peripheral and pediatric bronchoscopy, and thoracoscopy. Combining such a diverse product lineup with an ongoing commitment to many medical and surgical specialties helps us to advance the art of endoscopy through maneuverability and improved diagnostic and therapeutic capabilities.
Always looking for ways to improve operability, Olympus has developed a cutting-edge technology which is employed on EVIS EXERA III bronchoscopes. The insertion tube rotation function allows the bronchoscopist to change the insertion tube’s angle of approach by rotating a ring on the control section. This function enhances maneuverability and improves diagnostic and therapeutic capabilities, especially when trying to reach a target in the lung periphery.
Furthermore, this function allows the examiner to bring the bronchoscope’s biopsy port to a position easy to access for the endoscopy assistant, without movement of the distal tip of the bronchoscope. Thus, sampling can be done with ease, in less time, and in better control of the sampling devices.
The insertion tube rotation function allows the examiner to bring back the bronchoscope handle to a more comfortable position, without movement of the distal tip of the bronchoscope. Thus, bronchoscopy can be done with ease and less fatigue.
The operation of EndoTherapy devices involves both the bronchoscopist and assistant. The insertion tube rotation function can be used to adjust the instrument port to the most convenient and simple-to-reach position for the whole team.
Compared to its predecessors, the EVIS EXERA III series has a wider angulation range, allowing smoother insertion into the upper lobe bronchi and more of a bend in the scope with an inserted EndoTherapy device.
Imaging performance is driven by the endoscopy system (CV-190 video processor and CLV-190 light source) as well as by the image capture performance of the endoscopes, and the monitor displaying the image.
State-of-the-art image processing with very low levels of image noise is provided by the leading endoscopy system EVIS EXERA III.
For bronchoscopy, the age of HD image quality (image is captured in high-definition quality at the bronchial wall) has started with the introduction of the BF-H190 bronchoscope for standard diagnostic purposes and the BF-1TH190 bronchoscope with a larger working channel diameter for therapeutic interventions. All non-HD bronchoscopes of our top-line series are equipped with high-performance CCDs for enhanced imaging that marks a big step forward from their predecessors.
Experience the sharp, clear images of the EVIS EXERA III endoscope lineup, providing much more detailed and precise observation of mucosal surfaces.
With the introduction of EVIS EXERA III, imaging performance has been dramatically improved. HD image resolution is now realized with two flagship video bronchoscopes (BF-H190/BF-1TH190), enabling the bronchoscopist to perform more precise observation and diagnosis of the bronchial mucosa.
The versatile routine video bronchoscope (BF-P190) has significantly improved image quality when compared to conventional models, while providing a slim distal end outer diameter. The slim design chip-on-the-tip video bronchoscopes (BF-P190/BF-XP190) provide stunning image quality while offering compatibility to a wide range of EndoTherapy instruments, enhancing the diagnosis in the thinner lumen.
EVIS EXERA III dramatically increases the sharpness and clarity of still-image captures. The CV-190 processor continuously saves procedural images into its memory so that when a still image is captured, the CV-190 automatically selects and saves the sharpest image of that view. This function helps bronchoscopists to obtain a clear visual record of the procedure in the shortest possible time.
Close observation is possible with electronic magnification of 1.2× and 1.5×, maintaining a high-quality image.
The clear, high-resolution images of the latest EVIS EXERA III generation are achieved through the advanced Olympus optics, the improved image sensors employed, and a new CV-190 image processor that minimizes halation and image noise.
NBI is now significantly brighter in comparison with previous models, offering improved vasculature visualization. This can advance examination efficiency by helping to decrease examination time and reduce the need to take extra biopsies.