Monarch Robotic Assisted Bronchoscopy Auris Health

monarch Robotic Assisted Bronchoscopy Auris Health
monarch Robotic Assisted Bronchoscopy Auris Health

Monarch Robotic Assisted Bronchoscopy Auris Health The monarch™ platform reaches deep into the periphery of the lung. once at the target, easily adjust the bronchoscope tip with precise, sub millimeter movements using a handheld style controller. the robotic bronchoscope provides stability, maintaining the scope tip position during biopsy. watch video. Uncovering treatment pathways with monarch™ platform robotic assisted procedures 1 platform page (8 3) banner video loop uncovering treatment pathways dark monarch ™ aims to create new treatment paradigms that help improve patient’s lives as the first flexible robotic platform cleared for use in bronchoscopy and urology procedures.

auris health Announces First monarchв robotic assisted bronchoscopy
auris health Announces First monarchв robotic assisted bronchoscopy

Auris Health Announces First Monarchв Robotic Assisted Bronchoscopy Redwood city, calif. – january 21, 2021 –auris health, inc., a subsidiary of ethicon, inc., part of the johnson & johnson medical devices companies*, today announced results from the world’s first prospective, multicenter study of robotic bronchoscopy. the study, called benefit, evaluated the safety and feasibility of the monarch. The first robotic system to be introduced in the field of bronchoscopy was the monarch tm platform by auris health and received fda approval in march 2018. subsequently another robotic bronchoscopy platform, ion tm endoluminal system developed by intuitive surgical received fda approval in february 2019. the introduction of robotic bronchoscopy. Auris health presented late breaking data tracking its monarch robotic bronchoscopy system in real world settings showing it was able to successfully target hard to reach lung nodules and biopsy. Monarch ® robotic assisted bronchoscopy platform by auris health. before the procedure, a ct is obtained with which virtual 3d reconstruction is generated. potential pathways are mapped (manually or automatically) and uploaded to the robot.

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