Floaters. Visualize and Vaporize.
Performed with Reflex™ Technology from Ellex, Laser Floater Treatment or LFT is a minimally invasive procedure that can significantly improve a patient's perception of their everyday visual functionality and provide them with much-needed relief from eye floaters. The technique fills the treatment gap for patients whose symptoms and risk profile does not warrant treatment with vitrectomy. Laser Floater Treatment can also delay or obviate the need for surgery.
- Offers a treatment alternative for suitable patients whose profile does not warrant vitrectomy
- Unique system delivering improved visualization and treatment efficacy
- Deploys Reflex™ Technology designed specifically for treating floaters
1 (Wagle AM, Lim WY, Yap TP, et al. Utility values associated with vitreous floaters. Am J Ophthalmol. 2011;152(1):60-65.)
Watch how LFT (Laser Floater Treatment) with Reflex™ Technology can safely and effectively alleviate the debilitating effects of persistent vitreous opacities, or floaters.
Accurate, effective treatment
Ellex was the first company to pioneer a laser designed specifically for the treatment of floaters. Our Reflex™ Technology features True Coaxial Illumination™ (TCI) for on- and off-axis visualization, a precise aiming beam and a superior energy beam profile — all within a unique slit lamp illumination tower design that converges and focuses the physician’s sight line, target illumination and treatment beam into one optical path.
It’s an approach that maximizes focusing accuracy and provides a safe and highly effective tool for the treatment of vitreous opacities.
Full visualization from the cornea to the retina
With proprietary Reflex™ Technology, visualizing floaters and opacities, and assessing their position relative to the lens or retina, has never been easier. True Coaxial Illumination provides a full view from the cornea to the retina along with much-needed spatial context.
Treat with greater accuracy
Reflex™ Technology allows you to move effortlessly between on-axis and off-axis viewing and provides the highest levels of visualization accuracy and illumination in the anterior and posterior segments, all from one platform.
Lower energy treatments
Reflex™ Technology provides higher-power density and precisely controlled plasma formation – the end result is that fewer shots are required to perform treatment with less cumulative energy delivered.
No missed shots, shorter treatment times
One of the challenges with LFT or Laser Floater Treatment is that the high number of shots required can cause the laser cavity to overheat. Reflex™ Technology utilizes a unique method of “Active Cooling” which circulates air throughout the laser cavity to ensure constant cooling, thereby ensuring that the laser works without interruption.
Prevent post-capsulotomy floaters
The benefits of True Coaxial Illumination™ extend beyond safe treatment of floaters, and in fact help to prevent the notoriously common patient complaint of sudden floater development after capsulotomy.
“We have been programmed to minimize the impact of floaters on patient’s daily lives because we had no viable solution. Today we have a solution.”
“I adopted Laser Floater Treatment just over three years ago. More than 3,000 procedures later, I now fully appreciate the negative impact that symptomatic floaters can have on patients’ quality of life. When looking at the results in my own clinic, more than 90% of patients indicate that they are satisfied with their improvement in daily visual functioning as a result of undergoing the procedure.”
“Modern laser floater treatment is a different procedure. It is not the same procedure as in past years. Earlier attempts at treating floaters were not always positive, because the technology was not optimized for the procedure.”
“When it comes to the treatment of floaters, precise spatial context is critical. To achieve this, both off-axis and on-axis illumination is required. This ensures that when a surgeon looks into an eye, he or she can clearly establish where the lens, floater and retina lie in relation to the floater and to each other.”