Olympus Launches New Endobronchial Ultrasound Bronchoscope

The new BF-UCP190F device aims to improve access to distal lung airways for diagnostic sampling.

Updated on Oct. 15, 2026 in Asthma

A high-precision bronchoscope tool resting on a sterile metal tray, highlighting advanced medical engineering for diagnostic lung procedures. — Olympus has launched the BF-UCP190F endobronchial ultrasound bronchoscope in the U.S., designed to reach deep lung airways for more precise diagnostic sampling. AI Illustration. Upload story photo >

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Olympus has officially launched the BF-UCP190F endobronchial ultrasound bronchoscope in the United States. The device is engineered to reach segmental and subsegmental airways beyond standard mediastinal lymph nodes.

Why it matters

The technology enables more precise needle sampling by reaching deeper into lung structures that were previously more difficult to access. This advancement supports more comprehensive diagnostic capabilities for practitioners using ultrasound imaging.

The BF-UCP190F bronchoscope features a 5.9 mm outer diameter at the distal end, 170-degree upward angulation, and a 14-degree forward oblique view. It is fully compatible with the ViziShot 2 25-gauge EBUS needle and the EVIS X1 endoscopy system.

The players

Olympus

Olympus is a global technology leader providing medical and surgical products for clinical and surgical procedures.

The details

Using real-time ultrasound imaging, the scope guides needle sampling of lymph nodes and lesions with increased reach. Its shorter distal end design facilitates maneuverability through narrow segmental and subsegmental airways.

October 15, 2026: Olympus launched the BF-UCP190F bronchoscope in the U.S.

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The Big Picture

This release advances the industry's capabilities to align with the American Thoracic Society standards for diagnostic bronchoscopy. By integrating with the EU-ME3 ultrasound processor, the device bridges technical gaps in existing lung diagnostic protocols.

Patients undergoing diagnostic bronchoscopy may benefit from more precise needle sampling of lesions located in distal lung regions. This enhancement may lead to more accurate clinical staging and faster diagnostic results for those with lung-related concerns.

The takeaway

This technology highlights a continued shift toward miniaturized, highly maneuverable endoscopic equipment in respiratory medicine. Physicians now have a more versatile tool to address complex cases involving distal pulmonary anatomy.