Non-invasive and minimally invasive laser surgery for the reduction of intraocular pressure in the eye

An integrated surgical system for treating an eye, the integrated surgical system comprising:

• a laser source configured to output a laser beam;
• an exit lens configured to optically couple to a cornea, the exit lens having an input surface, an output surface opposite the input surface, and a first optical axis that extends through an apex of the input surface and the apex of the output surface;
• one or more laser scanner components optically coupled to receive the laser beam;
• an optical assembly optically coupled to receive the laser beam and direct the laser beam into the input surface of the exit lens along an angled beam path that extends through the cornea, through an anterior chamber, and into an irido-corneal angle, wherein the optical assembly is configured to rotate around the first optical axis independent of corresponding movement of the exit lens;
• and
• a control system coupled to the laser source and the one or more laser scanner components, and configured to:
• instruct the one or more laser scanner components to scan the laser beam through a volume within a Schlemm's canal, and
• instruct the laser source to apply laser energy through the laser beam while the laser beam is scanned through the volume, wherein the laser energy is configured to create a pneumatic effect that expands the Schlemm's canal.