BF-UC190F: Optimal Precision for Airway Exploration
The Olympus BF-UC190F is an endobronchial ultrasound (EBUS) bronchoscope specifically designed for endobronchial ultrasound-guided transbronchial needle aspiration (EBUS-TBNA). This technique is now the gold standard for the diagnosis and staging of lung cancer, allowing precise access to mediastinal and hilar lymph nodes for reliable and minimally invasive sampling.
The BF-UC190F represents a significant advancement in Olympus' range of EBUS bronchoscopes. Its enhanced maneuverability and refined distal tip facilitate access to hard-to-reach areas, particularly lymph node stations 4L and 10R. Its 20° forward field of view, combined with improved angulation (160° upwards and 70° downwards), ensures intuitive orientation and precise control during endoscope insertion and positioning. Thanks to these improvements, practitioners benefit from a clearer view and greater freedom of movement to effectively target relevant anatomical structures.
One of the major features of the BF-UC190F is its real-time ultrasound imaging capability. The integration of this technology allows direct visualization of the ViziShot needle as it advances towards the target area. The new, more perpendicular puncture angle facilitates tissue penetration while reducing the risk of obstacles from cartilaginous rings or vascular structures. This optimized precision helps improve the quality of the samples collected and, consequently, the reliability of diagnostic results.
This bronchoscope is fully compatible with the EVIS EXERA III platform, a system that promotes the harmonization of medical equipment within hospitals and clinics. This compatibility not only optimizes maintenance costs but also simplifies training and usage processes for healthcare professionals. By centralizing the use of Olympus endoscopes on a single platform, healthcare facilities benefit from increased efficiency and better patient care.
The BF-UC190F is also designed for maximum durability. Its operating channel is specifically adapted to minimize the risk of damage when using ViziShot puncture needles, contributing to the endoscope's longevity and reducing repair costs. It is also compatible with the MAJ-1351 balloon, which can be used for applications requiring optimal contact with the bronchial wall.
