Varilux X series represents our greatest leap in near vision quality. For the first time, Varilux X series delivers wearers’ near vision depth. Patients can seamlessly capture every detail within arm’s reach, as well as beyond.
Varilux X series will allow wearers to seamlessly capture every detail within arm’s reach, as well as beyond.
Wearers today need to multi-task quickly and freely. Varilux® X series™ lenses are designed with multiple fields of vision in mind. These near distance visual needs correspond to a range of between 40 and 70 cm from the wearer, known as arm’s length. Varilux X series has reinvented near vision at arm’s length, so when you’re drinking coffee whilst texting the kids, this lens will accommodate your modern day behaviours.
Varifocal performance is measured by swim effect and binocular fields of vision. Varilux X series introduces a whole new performance criteria – Volume of Vision. When you look at a particular object through a Varilux X series lens you will now notice an improvement in depth and breadth of vision. This vision experience is exclusive to Varilux X series.
A common varifocal complaint from wearers is that they need to constantly move their head in the direction they wish to see. In all situations tested, Varilux X series wearers find they need very little head movement to find the right spot when multi-tasking at arm’s reach.
Near vision tasks involve a whole body response, which is more complex than distance vision. For example, think of your body position when you read a tablet sitting down. Varilux X series’ personalisation parameter ensures your vision volume is positioned and shaped where and how you need it.
Embedded in Varilux X series, Eye Protect System protects wearers’ eyes by absorbing selected blue-violet light and UV light into the lens.
The Crizal Forte coating provides protection against UV light and is anti-reflective, scratch resistant, smudge repellent, water repellent and dust repellent.
Every patient behaves differently when undertaking near vision tasks. By recreating a familiar near vision task in practice, we can accurately capture the Near Vision Behaviour measurement.