BFlex Single-use Bronchoscopes
Brilliant Visualization. Proven Suction. Exceptional Manueverability.
High-quality visualization, a large working channel with BFlex™ 5.8 to handle challenging secretions, and workflow improvements help make bedside bronchoscopies more efficient than ever.
The Total Airway Solution
Bronchoscopy + Video Laryngoscopy in One System
GlideScope® with BFlex™ delivers brilliant, dual bronchoscopy and video laryngoscopy imaging for difficult airway management. Now you have more options to manage routine procedures and respond to emergent situations quickly and confidently.
Learn More about Our Airway Visualization Solutions
GlideScope® Core™
GlideScope Core is the most comprehensive and flexible airway visualization system for video laryngoscopy, bronchoscopy and dual-view airway procedures.
GlideScope® Spectrum™
GlideScope Spectrum single-use video laryngoscopes combine low profile blades with the latest advancements in lighting and camera technology.
BFlex™ 2 Bronchoscopes
BFlex 2 is a single-use bronchoscope designed with powerful suction, responsive maneuverability, and improved workflow.
GlideScope® Go™
GlideScope Go, the portable, easy to use, high-resolution video laryngoscopy system from GlideScope.
Compare Costs
Analyze the operating costs of single-use bronchoscopes versus reusable bronchoscopes in four easy steps.
Overcoming Staff Burnout in the ICU
COVID has put a strain on hospitals, causing staff burnout and shortages; single-use devices is one possible solution to address these issues.
Product Use
Helpful Information
Bronchoscope Accessibility in the ICU
J Bronchology Interv Pulmonol., 2017
Median interval between identification of the need-to-start of the procedure was shorter with single-use disposable bronchoscope (10 minutes) versus conventional bronchoscope (66 minutes).
Multimodal Airway Management: Combining Advanced Airway Techniques Can Be Better
Anesthesiology News, 2016
Combining devices such as a video laryngoscope and a flexible fiberscope can be complementary and prove critical in a situation where each might fail when deployed alone.