Olympus Evis Exera II BF-P180 Video Bronchoscope

Olympus Evis Exera BF-P180 Video Bronchoscope

The Olympus EXERA II BF-P180 Video Bronchoscope is a slim diagnostic video bronchoscope designed to reduce patient discomfort while delivering high-resolution imaging and advanced optical capabilities for deep bronchial examinations.

Benefits & Key Features
- Ultra-Slim Design: The narrow 4.9 mm profile minimizes physical trauma and patient discomfort during insertion into smaller or deeper bronchial pathways.
- Generous Working Channel: Despite the thin outer diameter, a 2.0 mm internal channel supports a broad selection of EndoTherapy accessories for precise tissue sampling and therapeutics.
- Narrow Band Imaging (NBI): Built-in NBI technology uses specific light wavelengths to highlight mucosal morphology and create sharp visual contrast between microvascular blood vessels and surrounding tissue structures.
- Scope ID Function: Individual scope information and usage data are stored directly on the device chip to simplify inventory tracking, maintenance logs, and management across pulmonary labs and operating rooms.
- Electrosurgical Compatibility: Fully compatible with standard laser and electrosurgical/cautery treatment tools.

Optical System
Field of view: 120°
Direction of view: 0° (Forward viewing)
Depth of field: 3 to 100 mm

Insertion Tube & Distal End
Distal end outer diameter: 4.9 mm
Insertion tube outer diameter: 4.9 mm
Working length: 600 mm (60 cm)

Instrument Channel
Channel inner diameter: 2.0 mm
Minimum visible distance: 3 mm from the distal end

Bending Section (Angulation)
Angulation range: Up 180°, Down 130°

Compatibility & Features
Video processors: Fully compatible with Olympus America - PDF Catalogs CV-180, CV-160, and CV-140 video processors.
Special features: Includes Global Endoscopy Solutions Narrow Band Imaging (NBI) for enhanced vascular and mucosal visualization, and a Scope ID function that stores individual scope information.
Therapeutic compatibility: Compatible with selected electrosurgical and laser devices despite the slim profile.