LEXINGTON, Mass. — FUJIFILM Healthcare Americas Corporation has launched the EB-710US Ultrasound Bronchoscope, a next-generation endobronchial ultrasound system designed to improve pulmonary imaging while simplifying clinical workflow.
The company said the new device eliminates the balloon traditionally used in EBUS procedures, reducing preparation steps for clinicians and addressing challenges tied to disposable balloons, including reprocessing concerns, residual contamination and biofilm formation. The system will be demonstrated at the American Thoracic Society Conference in Orlando, Florida.
Traditional EBUS scopes rely on a balloon at the tip to maintain contact between the ultrasound probe and the airway wall. That setup requires staff to attach the balloon and check for air bubbles, which can interfere with ultrasound transmission. Fujifilm said the EB-710US removes that step while still providing tissue contact and clear ultrasound imaging.
“Pulmonologists have long balanced the need for high-quality imaging with the practical challenges of procedure efficiency and reprocessing,” said Tai Fujita, Senior Vice President, Endoscopy Division, FUJIFILM Healthcare Americas Corporation. “With our new balloon-less EBUS scope, we’re removing unnecessary complexity while delivering exceptional ultrasound performance and simplifying workflow. Fujifilm’s EB-710US is rooted in listening to our clinician partners and reflects our commitment to advancing pulmonary care through smarter, safer technology. The EB-710US reflects that commitment by addressing key challenges in EBUS procedures – reducing complexity while elevating image quality.”
The EB-710US includes a high-performance ultrasound transducer designed to deliver enhanced resolution and deep penetration for detailed imaging. The device also features 180-degree upward and 90-degree downward angulation, a 6.4-millimeter distal end and a 5.9-millimeter insertion tube to support maneuverability and access in the lung periphery.
Other features include a shortened transducer to improve mucosal contact, a continuous view of the needle to support puncture alignment and a 120-degree field of view intended to improve visibility during procedures.
