The Comfort Crisis

Solving it can help keep your patients in contact lenses longer

Spherical, toric, and multifocal contact lens wearers all face unique challenges over a lifetime of wear.

Spherical patients—especially those in hydrogel lenses—are still at risk of dropping out due to discomfort. Astigmatic patients in ballast-design toric lenses may deal with unstable vision on a daily basis. And emerging presbyopes may be missing the opportunity to make the transition into multifocal contact lenses earlier and easier.

The key to keeping all these patients happy in their contact lenses longer is identifying and addressing their comfort, vision, and health needs.

A situation you may be familiar with

You know your patients face challenges. But when you or your staff ask “How do your contact lenses feel?” they might tell you they are “fine.”

Extensive patient research tells us that patient-reported satisfaction with lenses does not predict likelihood to stay in lenses. In fact, while over 90% of patients state that they are satisfied with contact lenses, almost 1 in 5 are considering dropping out, with comfort as the primary reason.1

Hydrogel Lens Patients Are Particularly At Risk

Hydrogel patients are almost 50% more likely to discontinue contact lens wear than silicone hydrogel lens wearers 1. The majority of contact lens wearers over 30 are in older technology lenses2. like ACUVUE® 2 Branc Contact Lenses, and are at particular risk for dropout, especially since this population tends to require more comfortable materials for their eyes.

 

Hydrogel contact lens wearers are at an even greater risk of dropout

Learn more about the Dr. Robin Chalmers study, which shows that hydrogel contact lens wearers from ages 18 to 35 report an increasing struggle with contact lens wear and express more problems due to feelings of dryness and discomfort compared to silicone hydrogel wearers.2

1 2004 Contact Lens Drop Out Study, 2005 Synovate Consumer Research.
2 Chalmers RL et al. Struggle with hydrogel CL wear increases with age in young adults. Cont Lens Anterior Eye. 2009;32(3):113-119.