A nozzle unit delivers photosensitizers as a directed stream into eye tissue without mechanical contact.
Automated laser system creates reproducible capsulotomies matching accommodating IOL shapes, reducing surgeon variability.
A mathematical model adapts laser control parameters to compensate for corneal deformation during treatment.
Infrared telecameras detect ocular position and movements in a three-dimensional reference system.
An illuminated vitrectomy probe uses nested optical fibers to deliver dual-mode light for surgical visibility.
Pulsed laser irradiation modifies retinal pigmented epithelium cells to restore Bruch's membrane transport properties.
Ring body positions bearing surfaces at the limbus to prevent corneal erosion and pain while maintaining accurate UV-A targeting.
Real-time image processing determines eye orientation and overlay positions, resolving the trade-off between manual placement precision and device complexity.
Segmented scleral support and flap shield prevent accidental ablation and double ablation complications.
A control device optimizes eye surgical laser ablation by selecting specific Zernike polynomials to define precise tissue removal geometry.
A robotic actuator transfers diagnostic and treatment equipment into the surgical region.
Feedback calibration of laser pulse powers compensates for variations in energy absorption characteristics across ophthalmic lenses.
A pivoting sensor door and spring bracket detect fluid bag pressure in ophthalmic surgical consoles.
An OCT-guided femtosecond laser creates new outflow pathways without thermal scarring, enabling repeatable glaucoma treatment.
A portable ultrasonic phaco cutter divides cataract nuclei into longitudinal slivers using minimal vibration energy.
A pulsed laser device creates precise curved cuts inside the eye cornea using focused beam optics and controlled deflection.
Real-time ultrasonic thickness monitoring adjusts light energy delivery, resolving reshaping precision issues caused by variable patient physiology.
A steerable laser probe uses a variable stiffness housing tube to curve and straighten an optic fiber for precise beam guidance.
Spectral domain OCT imaging system generates high-resolution cross-sectional images during laser cataract surgery.
Segmented acoustic detectors measure radiation exposure via retinal microbubbles, preventing excessive tissue damage in ophthalmic surgery.
Dual laser LASIK apparatus removes corneal grating structures to eliminate rainbow glare while maintaining incision precision.