Posts tagged with "Corneal Allogenic Rings"

The Ziemer Asian User Meeting 2026 stage in Kuala Lumpur, where Dr David Gunn presented Femto CAIRS in the therapeutics session.

Femto CAIRS at the Ziemer Asian User Meeting 2026, Kuala Lumpur

Published on 2 Apr 2026

Dr David Gunn presented Femto CAIRS in the therapeutics session at the Ziemer Asian User Meeting in Kuala Lumpur, walking surgeons through how a CAIRS plan is built from the corneal map.

Dr David Gunn with the 2026 Cornea SA Lecture certificate at the 21st SASCRS International Congress, Sandton Convention Centre, Johannesburg.

Delivering the 2026 Cornea SA Lecture at the SASCRS Congress in Johannesburg

Published on 19 Feb 2026

Dr David Gunn was invited to give the 2026 Cornea SA Lecture at the 21st SASCRS International Congress in Johannesburg, and led the Lions World Vision Institute CAIRS wet lab for South African surgeons.

Dr David Gunn presenting the precut CAIRS ring segments slide during the Transitioning to CAIRS session at ESCRS Copenhagen 2025.

Transitioning to CAIRS: Precut Rings and the Brisbane Nomogram at ESCRS Copenhagen 2025

Published on 23 Sept 2025

Dr David Gunn joined the Transitioning to CAIRS session at the 43rd ESCRS Congress in Copenhagen, presenting precut allogenic ring segments, the 2025 Brisbane nomogram and the CAIRSPlan planning platform.

Dr David Gunn presenting Femto-CAIRS for corneal ectasia at the presented poster pod, 42nd ESCRS Congress, Barcelona 2024.

Femto-CAIRS for Corneal Ectasia: The Brisbane Series at ESCRS Barcelona 2024

Published on 17 Sept 2024

Dr David Gunn presented two abstracts at the 42nd ESCRS Congress in Barcelona — femtosecond CAIRS for corneal ectasia, and Phorcides-guided PTK with cross-linking for keratoconus.

Dr David Gunn at the lectern during the CAIRS instructional course at the 41st ESCRS Congress in Vienna, 2023.

Teaching the CAIRS Instructional Course at ESCRS Vienna 2023

Published on 19 Sept 2023

Dr David Gunn joined the CAIRS instructional course faculty at the 41st ESCRS Congress in Vienna and presented on femtosecond-cut corneal allogenic ring segments for keratoconus.