Selective laser ablation removes anterior border layer pigment to change iris color, eliminating allergic reactions from contact lenses.
Disposable sterile trays encapsulate reusable non-sterile modules in a modular ophthalmic surgical system, reducing tubing length and operational costs.
Segmented optical fibers enable parallel retinal treatment, reducing procedure time from thirty minutes to under five.
A surgical device translates a treatment beam and field of view simultaneously across target tissue using a translation device.
A laser device creates a peripheral tissue strip on the corneal flap to ensure optimal fit into the ablated bed.
A robotic arm positions gonioscopy lenses to direct laser beams for remote ophthalmic procedures.
An off-axis prism cone routes eye light to a camera, eliminating beam splitter reflections and expanding the field of view.
An opaque positioning apparatus with strategic cutouts measures radiance, preventing incorrect treatment intensities.
A flexible intraocular shunt creates a drainage pathway between the anterior chamber and the intra-Tenon space.
A medical equipment cart uses a rotary swivel bearing to rotate ophthalmic lasers for transport.