Lasers and Probes | ViaLase® ViaLuxe™ Femtosecond Laser System

  • ViaLase® ViaLuxe™ Femtosecond Laser System
  • ViaLase® ViaLuxe™ Femtosecond Laser System
  • ViaLase® ViaLuxe™ Femtosecond Laser System
  • ViaLase® ViaLuxe™ Femtosecond Laser System

This advanced, image-guided femtosecond laser platform is designed to transform the treatment of glaucoma. Built on decades of proven laser technology, it enables surgeons to perform highly precise, non-invasive interventions with exceptional control and confidence.

At the core of the system is the proprietary FLigHT procedure, which creates a precise drainage channel in the trabecular meshwork to improve aqueous outflow without opening the eye. This approach minimises trauma to surrounding tissue while enhancing safety, predictability and patient recovery.

The platform integrates three key technologies. The ViaVue™ Gonio Camera provides high-definition visualisation. The ViaLens™ Patient Interface ensures stable and controlled delivery. The laser enables micron-accurate treatment. Together, these components deliver consistent visualisation and precision throughout every stage of the procedure.

Backed by first-in-human clinical data, the system has demonstrated sustained intraocular pressure reduction with no serious treatment-related adverse events over 24 months. These results support its potential to redefine glaucoma management.

ViaLase® ViaLuxe™ Femtosecond Laser System

  • Non-invasive FLigHT Procedure – Creates a drainage channel without opening the eye
  • Femtosecond Laser Precision – Ultra-fast, non-thermal energy minimises tissue damage
  • Micron-Accurate Imaging – Real-time visualisation ensures precise targeting
  • ViaVue™ Gonio Camera – High-definition, wide field imaging of angle anatomy
  • ViaLens™ Patient Interface – Stable eye positioning with minimal pressure increase
  • Custom Channel Creation – Precisely controlled 500 μm by 200 μm drainage pathway
  • Integrated OCT Visualisation – Post-treatment confirmation of channel placement and structure
  • Clinically Validated Performance – Demonstrated long-term intraocular pressure reduction and safety

System

  • Weight: 600 lbs (272 kg)
  • Dimensions (Surgical Position): 43" W x 62.5" L
  • Minimum Room Size: 11.5 ft x 10 ft

Laser

  • Femtosecond Laser: 1030 nm (Class 3B)
  • OCT Laser: approximately 770 to 930 nm (Class 3B)
  • Aiming Beam: 630 to 640 nm (Class 2)

Performance

  • Channel Size: 500 μm width by 200 μm height
  • Treatment Area: approximately 5 degrees of angle
  • Mean IOP Reduction: 34.6 per cent at 24 months

Electrical

  • Input Power: 120 VAC at 6A or 220 to 240 VAC at 3A
  • Maximum Load: up to 720 W
  • Power Consumption: less than 600 W

Environmental Requirements

  • Temperature: 18°C to 24°C
  • Humidity: 30 to 40 per cent, non-condensing
  • Air Quality: clean, dust-free

Connectivity

  • RJ-45 network connection
  • DHCP and DNS support
  • Internet gateway required