An adaptable camera unit adjusts imaging parameters via connected optical components, resolving the trade-off between device versatility and image quality.
An imaging ear speculum integrates a camera module into an internal track, eliminating the need for manual endoscope support during otological procedures.
Pressure sensors detect leaks between a cryosurgical balloon and tissue to prevent incomplete occlusions and non-uniform lesions.
Short wave infrared otoscope detects middle ear fluid by measuring light intensity ratios to differentiate anatomical structures and reduce diagnostic errors.
An otoscope design featuring primary and secondary illumination devices for distinct anatomical areas.
A therapeutic endoscope cover integrates an image sensor unit and a separate treatment opening to capture internal structures.
Laser grid projection and camera capture quantify tympanic membrane compliance, replacing subjective visual assessment with objective numerical data.