A sealed dual-port module flushes the imaging device while the catheter supports small-cavity navigation and direct visualization.
Negative pressure captures aerosolized pathogens from the larynx and pharynx, adding containment to standard laryngoscope use.
Multiple LED lighting assemblies expand along a cable to illuminate small structures in tortuous body lumens during procedures.
An integrated grip lets one operator advance a treatment catheter through a bronchoscope while pulsed fields limit thermal tissue damage.
EM tracking guides robotic biopsy instruments through planned locations for more controlled, heterogeneous tissue sampling.
An integrated laryngoscope camera sends images wirelessly to local, remote, and cloud platforms for AI-assisted diagnosis and disease tracking.
Expandable struts and whiskers self-center inside irregular airways to measure dimensions accurately without displacing compliant walls.
Poor tomosynthesis depth can obscure tool-in-lesion status; augmented fluoroscopy and marker-based pose estimation add spatial guidance.
Real-time orientation graphics help operators control a steerable endoscope and align its camera with targeted anatomical areas.
Integrated imaging, temperature sensing, and tip lighting support foldable handheld exams of ears, eyes, skin, mouth, and nasal cavities.
An asymmetric control button, reusable control unit, and disposable blade improve grip stability and hygiene during airway imaging.
Multiple cables can obstruct movement and disconnect during procedures; a single umbilicus consolidates power and signal transmission.
A distal-edge mount secures medical optical elements while its non-reshaped section blocks stray light without enlarging the instrument.
Tracking data identifies buckling along a flexible device and augments image-guided procedure views with supplemental guidance for the surgeon.