Attenuated RF pulse generator controls energy delivery during capsulorhexis, preventing radial tears and vitreous loss while maintaining capsule integrity.
A tubular drainage device uses a stop element to route fluid into the retrobulbar space for secure placement.
Intersecting laser beams enable precise tool alignment in robotic surgery, resolving the trade-off between automation and physical manipulation capabilities.
A disposable vitrectomy handpiece uses a centrifugal clutch to convert motor rotation into reciprocating cutting tip motion.
A lacrimal stent features a tip portion with increasing width toward the distal end to maintain patency.
Soft core electromagnets operate in linear regions to maintain control precision while reducing space requirements for medical imaging compatibility.
Coaxial visual indicators enable accurate trephine alignment, reducing human error and preserving corneal tissue integrity.
A translucent housing light instrument merges illumination and scleral depression functions into a single ophthalmological device.
Foldable wing handles on this injector enable seamless mode switching, resolving piston endpoint variability and ensuring controlled lens placement.
Controller processes surface and section images to provide precise anatomical visualization during ophthalmic treatments.