Segmenting the housing and display allows independent rotation of the operative member, reducing setup time compared to bulky videoscopes.
A control device synchronizes pulse light emission with vocal cord vibration frequency to maintain consistent image brightness.
A laryngoscope uses a snap clip attachment system for secure blade retention and easy handling.
A flexible optical spectroscopy probe navigates non-linear anatomical paths to deliver precise tissue sampling and biomarker identification.
A video blade laryngoscope featuring a movable lifter for direct visualization and an integrated LED defogging mechanism.
An electromagnetic tracking system generates a 3D anatomical model to locate deep lung targets, overcoming the spatial limits of 2D fluoroscopy.
A laryngoscope blade with a rotatable movable portion sweeps the tongue aside to expose the glottis.
Vacuum intake port occupies larger cross-sectional area of ear speculum opening, enabling safe debris extraction without eardrum perforation risk.
Processor maps measured instrument points to model paths, resolving registration uncertainty between real-time tracking and pre-operative images.
A single-handed intubation device holds the stylet and tube with one hand.
A video laryngoscope uses photovoltaic cells to harvest energy from a chemiluminescent light source for self-powered operation.
A temporary aortic valve maintains blood flow during percutaneous procedures, eliminating cardiopulmonary bypass and reducing stroke risk.
An automatic landmark registration system aligns catheter trajectory data with pre-operative airway maps using shape sensing.
Asymmetric helical implant reduces lung volume while minimizing migration and erosion risks.
An image-guided navigation system maintains tracking capabilities after removing locatable guides, enabling precise tissue sampling from deep lung locations.
A system maps pulmonary networks to navigate tools through airways and vessels for targeted tumor ablation.
Processor outputs collection-related information from medical images to track tissue sampling progress.