Do you want to have sharper, clearer vision - day or night?

Have you been told you have 20/20 vision yet you feel your vision could be better?

Do you watch high definition TV's and go "WOW?"

Does your night time vision, especially when driving, seem blurred, inaccurate or glary?

Do you feel uncomfortable driving at night -especially on unfamiliar streets - because you feel your eyes are straining from the glare?

Do you have less than 20/20 vision with eyeglasses and want the chance to get you closer to 20/20?

Does your depth perception seem worse at night?

Do you squint at times to try to improve your vision?

Have you had early LASIK or RK surgery and feel you do not have the crisp vision as the latest Wavefront guided LASIK patients receive?

Do you have a hobby or past time that would benefit from sharper and more defined vision? For example - knitting, golfing, flying, fishing, bird watching, going to the movies, hunting or trapshooting, model building.

Have you had cataract surgery and want to improve the clarity of your new vision?

Do your eyes get tired or irritated when using the computer for long time spans?

Do you have a job where you would benefit from high definition vision? For example, Architect, Artist, Golf Pro, Engineer, Graphic Designer, Doctor or Surgeon, Mechanic, Truck or School Bus Driver, or Accountant.

Do you notice the reflections on the lenses of your current glasses?

Do you like using the latest advancements in technology?

Do you want the best vision possible for your eyes?

In nighttime driving tests, using an FDA validated night driving simulator, iZon High Resolution Lenses significantly improved nighttime driving performance over conventional glasses. iZon wearers driving at 55 mph under glare conditions were able to detect, recognize and react to a pedestrian in the road on average 20 feet faster.* This represents a significant safety margin, and quite possibly, the difference between life and death.

*Simulated night driving in a clinical, controlled study was to demonstrate the effect of glare on pedestrian identification distance in a rural setting (n=27 p=.0006).
Source: Visual Performance In A Night Driving Simulator using Spectacles With Wavefront 'Guided' Correction. Navy Refractive Surgery Center, Ophthalmology Department, Naval Medical Center.