Why Choose the BF-UCP190F?

The Olympus BF-UCP190F enables pulmonologists to extend their diagnostic reach while maintaining procedural simplicity. Its thin outer diameter and enhanced angulation improve access to segmental and subsegmental airways, while real-time ultrasound visualization supports precise sampling from deeper lung regions. By streamlining bronchoscopy procedures, it helps healthcare professionals reduce diagnostic uncertainty and optimize time to diagnosis.

  • Extended access: reaches deeper into peripheral lung areas, expanding diagnostic possibilities
  • Real-time sampling: provides continuous ultrasound visualization to guide biopsy procedures with precision
  • Procedural efficiency: designed for simplicity and ease of use, helping clinicians maintain an efficient bronchoscopy workflow
  • Supports timely, informed decisions: aims to improve diagnostic confidence and accelerate treatment planning
A 3D anatomical illustration of human lungs and the bronchial tree, with green markers indicating specific lymph node stations and biopsy sites along the airways.

Description of Lesion: Location: Right upper lobe (RUL); Generation: 5th bronchial generation; Size: 31 mmBronchus; Sign: Yes; PET: Increased metabolic activity

Peripheral Lung Cancer Diagnosis with New Generation Convex-Probe Endobronchial Ultrasound Bronchoscope: A Case Report
Pardessus A, Chalela R, Sánchez-Font A. Arch Bronconeumol. Published online October 11, 2025.

Objective
To describe the use of a peripheral EBUS-TBNA bronchoscope (Olympus BF-UCP190F; 5.9 mm outer diameter; 170° upward angulation) in a patient with a spiculated mass in the right upper lobe (RUL).

Result

  • 64-year-old male, heavy smoker (70 pack-years), HIV on antiretroviral therapy and hepatitis Crelated cirrhosis grade 2.
  • CT identified a 31 mm spiculated mass in RUL with bronchus sign, focal scarring, calcifications; no significant lymphadenopathy. PET scan confirmed increased metabolic activity.
  • Initial bronchoscopy with r-EBUS located the lesion; cultures and brush cytology were negative for malignant cells.
  • After the second bronchoscopy using Olympus BF-UCP190F, EBUS-TBNA cytology revealed atypical epithelial cells consistent with non-small cell lung carcinoma.
  • Final diagnosis was a T2aN0M0 lung cancer and patient was scheduled for surgical resection.

Conclusion
This case demonstrates the advanced capability of the peripheral EBUS bronchoscope to reach and sample deeply located pulmonary nodules using real-time ultrasound guidance and precise needle aspiration, marking a step forward in bronchoscopic technology.

> Read full study
> Download study summary (PDF, 162 KB)

Frequently Asked Questions

How does the BF-UCP190F improve access to hard-to-reach lung regions?

Its slim 5.9 mm outer diameter and 170° upward angulation enable navigation into segmental and subsegmental bronchi, extending diagnostic access beyond conventional scopes.

What makes sampling more precise with the BF-UCP190F?

Real-time ultrasound visualization allows clinicians to target lesions accurately and obtain adequate biopsy samples from deeper lung regions.

How does it simplify procedures for pulmonologists?

The shorter distal end design and forward oblique view angle improve scope maneuverability, contributing to smoother, more straightforward navigation.

Is it compatible with existing Olympus systems?

Yes, the BF-UCP190F seamlessly integrates with Olympus EVIS X1 and EU-ME3 platforms, complementing your current EBUS setup.

Can it help reduce procedure time and complexity?

By minimizing the need for more invasive procedures and integrating real-time visualization, it supports efficient diagnostics and the optimized use of resources.

Downloads

Compatible Products for BF-UCP190F

Products - Filter by specialty

Related Products

Pediatric Bronchoscopy Instruments

Discover bronchoscopy solutions and specialized instruments designed for the specific anatomical needs of pediatric patients.

View Pediatric Solutions

EVIS X1 Bronchoscopy System

The EVIS X1 system introduces technologies designed to support the detection, characterization, and sampling of pulmonary disorders.

Explore the EVIS X1 System

LTF-H290 Pleuroscope

Designed for diagnostic and therapeutic clinical interventions within the pleural space, offering high-definition imaging for medical thoracoscopy.

Explore the LTF-H290

INFOCUS Service Contracts

A team of medical professionals and consultants in a collaborative meeting, representing individual INFOCUS service solutions.

Your trusted partner for your individual service solution — guiding you from contract choice to confirmation.

Explore service solutions

Contact & Support

Need help or more info on this product? Contact us today – we’re here to assist you!