Abstract: Described herein is an ocular implant system in which an implant (200) is deployed in a posterior space of the eye, for example, the suprachoroidal space or the subconjunctival space or the intrascleral space, with an access within the anterior chamber (160) for reducing intraocular pressure therein. The shunt (200) is implanted using an implantation device comprising a hollow shaft (330) mounted over a fixed shaft (320). The shunt (200) is located in a distal end of the hollow shaft (330) and adjacent a distal end of the fixed shaft (320), the distal end of the fixed shaft being located at a position behind the distal end of the hollow shaft. Once the distal end of the hollow shaft (330) with the shunt (200) is located at the desired depth within the posterior space, the hollow shaft is withdrawn over the fixed shaft towards the proximal end thereof to leave the shunt in the posterior space with an access within the anterior chamber (160).

Abstract: Described herein is an ocular implant system in which an implant (200) is deployed in a posterior space of the eye, for example, the suprachoroidal space or the subconjunctival space or the intrascleral space, with an access within the anterior chamber (160) for reducing intraocular pressure therein. The shunt (200) is implanted using an implantation device comprising a hollow shaft (330) mounted over a fixed shaft (320). The shunt (200) is located in a distal end of the hollow shaft (330) and adjacent a distal end of the fixed shaft (320), the distal end of the fixed shaft being located at a position behind the distal end of the hollow shaft. Once the distal end of the hollow shaft (330) with the shunt (200) is located at the desired depth within the posterior space, the hollow shaft is withdrawn over the fixed shaft towards the proximal end thereof to leave the shunt in the posterior space with an access within the anterior chamber (160).