New Contact Lens Technology for Patients With Presbyopia, Dry Eye Disease, and Ocular Surface Disease

When discussing and offering contact lens options to patients, I explain that they are clinical tools. The goal is not simply to get a patient into a lens, but to get them into the right lens for their lifestyle, ocular surface, and ocular anatomy.

That is especially important in presbyopia and dry eye populations, where success depends on both technology and expectation setting. Today’s contact lens market offers strong options for patients with presbyopia, patients with ocular surface disease, and those who have struggled with comfort in older lens designs. But even with improved technology, the fundamentals remain the same: I prioritize the ocular surface, I set realistic expectations, and I choose lens modalities that match the patient’s daily demands.

Multifocal Technology: How I Explain the Value Proposition

Multifocal contact lenses remain a practical option for patients with presbyopia seeking to reduce dependence on reading glasses. When I introduce multifocals, I explain that these lenses are designed to support distance, intermediate, and near vision within a single lens.

I also explain that adaptation is part of the process. In my experience, the brain typically needs about 2 weeks to adapt to multifocal optics. Some patients adapt quickly, even with higher add powers, but I prepare every patient for an adjustment period.

To improve long-term success, I begin discussing multifocal technology before presbyopia becomes symptomatic. For patients in their 30s, I plant the seed early: multifocal contact lens options exist, and contact lenses remain an excellent option as their vision changes.

In addition, I routinely see patients who have never heard of multifocal contact lenses. Many assume presbyopia automatically means a life with readers. In those cases, education alone can lead to better solutions.

Setting Expectations: What Patients Should Expect in the First 2 Weeks of New Multifocal Wear

The most common early complaint I hear from patients with multifocal contact lenses is that near vision feels different compared with glasses. Patients may describe overlapping or double vision at near distance, especially early in the adaptation process. I counsel patients that mild blur is expected initially, and clarity typically improves as the brain adapts.

I also set expectations about real-world limitations. Lighting matters. Multifocal contact lenses can perform well for most daily tasks, but near vision can be more challenging in dim restaurants or low-light environments. Patients benefit from understanding that good lighting improves performance. I also remind patients that using a phone light is a simple, practical strategy when needed.

Finally, I explain that patients with myopia often notice the presbyopic transition differently. A patient with moderate myopia may find near vision more clear without correction than with their glasses or contact lenses, particularly early in presbyopia. That context helps patients understand what they are experiencing and prevents unnecessary frustration.

Multifocal Troubleshooting: The Clinical Steps That Matter

When patients return with complaints, I treat multifocal troubleshooting as a structured process. The first step is to ensure I have an accurate, up-to-date refraction. Even a quarter-diopter change can meaningfully affect multifocal performance. If the refraction is off by 0.25 D, vision can degrade at all distances, including distance, intermediate, and near.

Once refraction is confirmed, I rely heavily on fitting guides; I even emphasize this when I teach students, because multifocal troubleshooting is not always intuitive. The advanced troubleshooting guide is built on data from thousands of patients, which is far more than any individual practitioner will see. Following the guide improves consistency and success.

I also recommend checking ocular dominance using the sensory method. In practice, that means placing a +1.25 D or +1.50 D lens over each eye and determining which eye is blurrier. The less blurry eye is the dominant eye.

Why I Prefer daily Multifocals

When parameters allow, I prefer a daily replacement multifocal. A clean lens each day improves comfort, decreases the risk of infection, and reduces the burden of lens care. This matters in presbyopia, where dry eye and ocular surface disease become more prevalent with age.

In the first few weeks of multifocal wear, I recommend wearing lenses daily to support neuroadaptation. Once patients adapt, they may choose to wear multifocals occasionally based on lifestyle preferences.

Moisturizing and Hydrating Lenses: Who Benefits Most

Dry eye and ocular surface disease are now common across nearly every demographic, and contact lens wear frequently intersects with digital device use. (See Sidebar Who Is a Good Candidate for a Hydrating Lens?)

One of the most useful questions I ask is whether anything could be better with a patient’s contact lens experience. That question invites patients to describe end-of-day symptoms, which often reveal a need for technology change.

From a practical standpoint, end-of-day comfort is often the difference maker. Many patients report that their lenses feel comfortable initially, but discomfort increases later in the day. That pattern is a strong signal for either a technology change or a more thorough ocular surface evaluation.

When Dry Eye Is Too Severe for Soft Lenses

I do not view dry eye as a disqualifier for contact lens wear. Instead, I view contact lenses as a clinical tool.

When soft lenses are not successful, I expand the conversation to other technologies. Scleral lenses can be an excellent option for patients with dry eye, including those with myopia, hyperopia, astigmatism, and presbyopia. Hybrid lenses, corneal GP lenses, custom soft and piggyback systems remain valuable tools, too.

In these cases, I start with the simplest option and escalate as needed. Patients respond well when they understand that there is a stepwise plan rather than a single pass-fail moment.

Ocular Surface First: What I Address Beyond Artificial Tears

In my clinical workflow, I address the ocular surface before I expect contact lens success. Artificial tears can be helpful, but they are rarely sufficient as a complete strategy.

If a patient reports dry eyes or has a history of dry eye disease, I assess patients for (and manage, if needed) blepharitis, meibomian gland dysfunction, lagophthalmos and incomplete eyelid closure, and Demodex blepharitis; that final condition is particularly prevalent among contact lens wearers, and I recommend examining patients for collarettes on every contact lens examination.

In addition to medical management of the above conditions, I discuss environmental and behavioral factors that could affect their contact lens success. Avoiding direct air flow, using a humidifier, and implementing blink awareness strategies are among the most common pieces of advice I provide to patients.

Diet, Hydration, and Lifestyle: How I Approach the Conversation

Lifestyle counseling depends on patient preference and readiness. Some patients want a detailed discussion of studies and actionable changes. Others prefer a straightforward medical approach.

I often start with simple, high-impact factors, including hydration and water intake, caffeine consumption, sleep quality, and environmental triggers such as allergens.

Omega fatty acids, especially those with gamma-linolenic acid (also termed GLA), can be effective for ocular surface improvement. I also discuss vitamin D supplementation, particularly in geographic regions where deficiency is common and associated with dry eye.

For people who want structure, I recommend the 20-20-20 rule: every 20 minutes, take a 20-second break, look 20 feet away, and blink intentionally.

Drug-Delivery Contact Lenses: A Glimpse Ahead

Drug-delivery contact lenses remain one of the most promising areas of future contact lens technology. In my view, the potential clinical value is substantial. Drug-delivery lenses can increase bioavailability, improve targeted delivery, and improve compliance.

This concept has been studied for decades, and I initially expected it to reach routine clinical use much sooner than it has. However, regulatory and logistical barriers have slowed adoption. In particular, the challenge of distributing a medicated lens through either a pharmacy model or an in-office model remains a significant obstacle.

Despite those challenges, the future remains strong. Potential applications include glaucoma, dry eye, myopia, and presbyopia. Drug delivery may also expand into retinal indications.

A Practical Guide for New Contact Lens Patients

When I fit a new contact lens patient, I focus first on motivation. I ask the patient directly whether they are interested in contact lenses and, if so, why.

This is especially important in children. I recently saw an 11-year-old boy who wanted contact lenses specifically for basketball and soccer. This patient represents an ideal situation, as the patient is personally motivated. When contact lenses are driven by a parent or partner rather than the patient, success rates drop.

New contact lens patients can be any age. I fit many multifocal contact lenses in first-time wearers, especially hyperopic patients who never wore spectacles or contact lenses earlier in life. Further, athletes of all ages often perform well with contact lenses because they improve peripheral vision and eliminate the limitations of spectacle frames.

Hygiene: The Nonnegotiable Component of Contact Lens Success

Contact lens hygiene remains a universal challenge. According to TFOS Lifestyle: Impact of Contact Lenses on the Ocular Surface Report, 99% of contact lens wearers are noncompliant with contact lens hygiene.¹ Thus, I stress hygiene with every patient, regardless of age or lens type. Common hygiene missteps include not washing hands, not drying hands thoroughly, using contact lenses more than once (for dailies) or longer than advised (for reusables), and sleeping in lenses.

Daily replacement lenses remain my preferred modality for most new wearers because they simplify hygiene and reduce risk. Patients can also use daily lenses occasionally, which is an advantage for those who prefer not to wear lenses every day.

For reusable lens wearers, I reinforce the basics: clean lenses daily, do not top off solution during storage, and replace lenses on schedule. Deviation from these rules opens patients to significant risk. I also recommend rubbing lenses for 30 seconds when using multipurpose solutions. In addition, I strongly prefer hydrogen peroxide-based systems for many lens modalities, including scleral lens wearers. For those systems, soaking for 6 hours or overnight is essential.

Artificial Tears and Prescription Drops: Practical Guidance

Many patients use artificial tears while wearing contact lenses. When tears are needed, I prefer preservative-free formulations which come in multidose bottles or individual vials. In such cases, I advise patients to discard multidose bottles at least every 3 months and vials after a single use.

For prescription drops, including glaucoma drops, topical antihistamines, steroids, and prescription dry-eye medications, I recommend instilling them before contact lens application rather than over the lenses. In general, I advise waiting 10 to 15 minutes between instilling drops and applying lenses. Some prescription products require a longer interval, such as 30 minutes, and I follow those instructions when applicable.

The Bottom Line

Modern contact lens technology offers more solutions than ever for patients with presbyopia, dry eye, and new contact lens wearers. However, technology alone does not guarantee success.

In my practice, outcomes improve when I:

• Address ocular surface disease early.
• Choose daily replacement lenses when possible.
• Set realistic expectations for multifocal adaptation.
• Use fitting guides for troubleshooting.
• Reinforce hygiene with every patient.
• Expand the lens modality conversation when soft lenses are not sufficient.

When contact lenses are treated as clinical tools rather than consumer products, patient outcomes improve, as does long-term satisfaction.