Clinical Report: First Commercial Cases of FLIGHT Procedure for Glaucoma
Overview
ViaLase has successfully performed the first commercial cases of its FLIGHT procedure, a femtosecond laser image-guided trabeculotomy, in Europe.
Background
Current guidelines emphasize the importance of intraocular pressure reduction.
Data Highlights
No numerical data provided in the source material.
Key Findings
- The FLIGHT procedure utilizes the ViaLuxe Laser System, combining OCT imaging with femtosecond laser technology.
- It creates micron-precision channels through the trabecular meshwork to improve aqueous outflow.
- The inaugural procedures were performed at Centre for Sight in London and Breyer, Kaymak & Klabe Augenchirurgie in Düsseldorf.
- FLIGHT is positioned as a minimally invasive alternative that avoids the need for incisional surgery.
- The procedure is currently commercialized in Europe but remains investigational in the United States.
Clinical Implications
The FLIGHT procedure may provide an innovative option for clinicians managing open-angle glaucoma, potentially allowing for earlier intervention without the complications associated with traditional surgical methods. The precision and safety of this technique could enhance patient outcomes in glaucoma care.
Conclusion
The introduction of the FLIGHT procedure marks a pivotal moment in glaucoma treatment, emphasizing the shift towards minimally invasive techniques. Continued evaluation of its efficacy and safety will be essential as it becomes more widely adopted.
Related Resources & Content
- ViaLase, BusinessWire, 2023 -- Taking FLIGHT
- Eyecare Business — Come Fly With Me
- the ophthalmologist — Mapping the FLIGHT Path
- Contact Lens Spectrum — DRY EYE DX AND TX
- Eyecare Business — Let it Fly
- European Glaucoma Society - Terminology and guidelines for glaucoma, 6th Edition - PubMed
- Efficacy and safety of trabeculectomy versus micro-invasive glaucoma procedures (MIGPs) in managing glaucoma: a systematic review and meta-analysis | European Journal of Medical Research | Springer Nature
- 3D Finite Element Modeling of Femtosecond Laser Trabeculotomy - Djotyan - 2025 - Lasers in Surgery and Medicine - Wiley Online Library
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