Segmented deployment devices reopen closed angles via sliding distal portions, enabling accurate shunt placement without optical apparatuses.
A movable follower assembly decouples from the console to eliminate relative motion errors, ensuring precise fluid pressure readings during surgery.
Infrared detection monitors ultrasonic needle tip temperature to prevent tissue damage from excessive heat generation during ocular surgery.
An applier device navigates the eye curvature to deploy a self-expanding stent, resolving variability in slit creation and reducing revision surgery rates.
A composite ophthalmic surgical instrument tip uses a metal internal frame covered by a polymer coating to define the exterior surface geometry.