EBUS-TBNA Lymph Node Sampling
The Olympus BF-UC190F anchors endobronchial ultrasound-guided transbronchial needle aspiration (EBUS-TBNA) — the gold standard for mediastinal and hilar lymph node sampling. The 5° steeper puncture angle, 6.6 mm compact distal end, 2.2 mm ViziShot-compatible channel, and real-time ultrasound visualization support reliable lymph node sampling across hospital pulmonology and thoracic services worldwide today during routine clinical practice in busy daily oncology referral settings during work.
Lung Cancer Staging
Lung cancer staging benefits substantially from the BF-UC190F's third-generation EBUS performance with enhanced access to difficult-to-reach mediastinal and hilar lymph node stations. The platform supports comprehensive mediastinal staging, N-station evaluation, and treatment decision-making across hospital thoracic oncology services, lung cancer multidisciplinary teams, and interventional pulmonology services worldwide today.
Mediastinal Mass Diagnosis
Mediastinal mass diagnosis benefits substantially from the BF-UC190F's 160°/70° wide angulation, compact distal end, and real-time ultrasound-guided needle sampling. The platform supports minimally invasive diagnosis of mediastinal lymphomas, sarcoidosis, tuberculosis, and other mediastinal pathologies across hospital pulmonology and thoracic services worldwide today during diagnostic referral workups.
Peribronchial Lesion Characterization
Peribronchial lesion characterization benefits from the BF-UC190F's convex array EBUS imaging combined with the 5° steeper puncture angle supporting smooth penetration between cartilage rings. The platform supports sampling of peribronchial lesions adjacent to the airway across hospital pulmonology, thoracic surgery, and interventional bronchoscopy services worldwide today.
Interventional Pulmonology Workflow
Interventional pulmonology workflow benefits substantially from the BF-UC190F's EVIS EXERA III platform standardisation, ViziShot needle compatibility minimizing channel damage, and shorter rigid distal tip improving manoeuvrability. The platform supports busy interventional bronchoscopy services, thoracic procedure rooms, and EBUS programmes across hospital pulmonology services worldwide today.
