The Ellex Super Q YAG Laser provides precise and reliable treatments for anterior eye diseases. The Ellex Super Q YAG Laser is designed for easy transport between multiple sites and combines comprehensive safety features with a firing rate of up to 2 hertz. The Ellex Super Q YAG Laser also features a custom-designed laser cavity with an exceptional lifespan.

The Ellex Super Q YAG Laser meets new challenges in posterior capsulotomy procedures through refined YAG laser technology that provides more consistent optical breakdown at lower energy. The result is lower risk of lens pitting, more efficient tissue cutting with fewer shots, less cumulative energy delivered and faster procedures.

Ellex Super Q YAG Laser Flexible, Fully Integrated Design

The Ellex Super Q YAG Laser is a fully integrated design which optimizes laser treatment and provides a number of advantages, including more stable, reliable and consistent energy delivery. The Ellex Super Q YAG Laser built-in slit lamp features converging optics to provide a more natural stereoscopic view, ideal for anterior segment viewing. The compact, efficient design of the Ellex Super Q YAG Laser creates more working space for the physician, as well as convenient, simultaneous access to the patient and laser controls. The Ellex Super Q YAG Laser features a self-contained design, in which the laser and controls are integrated into the slit lamp, providing optimal ease of use and flexibility for adapting to different working conditions.

Ellex Super Q YAG Laser Unique Solid-State Q-Switch
Life-tested to deliver 400,000 shots, the Ellex Super Q YAG Laser solid-state Q-switch does not deteriorate over time like more common YAG Q-switches, and dramatically reduces long-term operating costs.

Ellex Super Q YAG Laser Focusing System
Detection of aiming deviations of as little as 8 microns from the focal plane ensures that energy is placed where intended in relation to the target. With the Ellex Super Q YAG Laser tolerance range of ± 8 microns, the physician can easily detect if the system is out of focus.