Dual-curvature laryngoscope blades displace the tongue and epiglottis without a flange, preventing teeth damage during intubation.
Interchangeable tongue blades and a lockable hinge on a surgical retractor reduce patient trauma by allowing quick adjustment and emergency removal.
Tilting the distal end unit improves insertability while maintaining sufficient contact area for reliable ultrasound image visualization.
A flexible vapor-tight cladding tube protects the endoscope image guide from steam corrosion and friction damage while allowing joint articulation.
Forward button placement clears the display view while a light-tight wall blocks emitter glare from the image sensor.
Processor articulates the drive mechanism to align the distal end with the identified centerpoint, reducing navigation time and tissue damage risk.
A medical scope with an embedded processor streams real-time video to remote specialists via a network connection.
A notched airway device engages patient teeth to maintain mandible position and features a longitudinal channel for endoscope passage.
A sealing and locking adapter integrates elastomeric valve and clamping mechanisms to resolve device interchange complexity during bronchoscopy procedures.
Integrating an image sensor into the tube eliminates time-consuming external verification while maintaining airflow patency.
A sensor-equipped laryngoscope measures force and torque applied during intubation to provide objective performance data.
A flexible endoscope with an embedded position sensor tracks its own orientation to generate a real-time 3D airway model for visual guidance.
A multispectral fluorescence sensor system analyzes excitation-emission matrices using deep learning neural networks for precise biological tissue characterization.
A portable endoscope testing kit uses an optical test target and magnification loupes to assess device functionality.
Cryopreserved autologous dermal fibroblasts regenerate extracellular matrix components in the vocal cord lamina propria layer.
A flexible pediatric nasal endoscope with high-resolution optics and a 2 mm biopsy channel enables unsedated transnasal examinations.
A processor moves a dummy device in a physical 3D model to mimic internal medical tool positions, eliminating hazardous X-ray radiation during navigation.
A surgical robotic system regulates insertion force using dynamic thresholds to prevent flexible instrument buckling during minimally invasive procedures.
A 2D scanning videokymography system captures and analyzes vocal fold mucosa vibrations in real time.