Next-Generation Multifocal PRO Intraocular Lens: The Gold Standard

A cataract surgery is no longer merely a medical procedure to restore vision; it is an opportunity to radically improve quality of life. With technological advances, patient expectations have also evolved: it is no longer enough to “just see”—the goal today is good vision without glasses, that is, complete visual freedom. A breakthrough in this pursuit came in 2025 with the next-generation multifocal PRO intraocular lens (Luxlife^TM), which may soon become the new gold standard.

Why Not Choose a Traditional Ring-Based Multifocal Intraocular Lens?

To understand the significance of this change, it is worth understanding how traditional multifocal intraocular lenses work. For decades, multifocal vision was achieved using so-called diffractive lenses, which operate on the principle of light diffraction. Their surface features concentric rings that “split” incoming light to different distances, creating a distant, intermediate, and near focal point simultaneously. However, this also divides the light intensity across the different distances.

While this solution helped many, its physical limitations were well known and posed distinct disadvantages for some.

Disadvantages of traditional multifocal intraocular lenses:

🔸Light loss: A portion of the light passing through the rings of multifocal lenses (up to 20%) is lost or scattered, resulting in less sharp images in low-light conditions. Reading requires stronger light, and vision is weaker at dusk.

🔸Disturbing light phenomena: Compared to monofocal lenses, traditional multifocal lenses exhibit significant light scattering in the central area. As a result, disturbing halos, reflections, and starbursts (halo, glare, starburst) could appear around light sources during night driving.

🔸“Stepped” vision: The rings provide a dense but fixed series of focal points, and due to their finite number, they cannot provide completely sharp vision at “less important” intermediate distances.

What Are the Advantages of the Next-Generation Multifocal PRO Intraocular Lens?

In the next-generation multifocal PRO intraocular lenses (Luxlife^TM), PRO is not a marketing gimmick but describes the technology—it stands for Pure Refractive Optics, meaning this lens solves the multiple focal point problem purely through optical principles (refractive). The developers eliminated the rings that cause disturbing light phenomena and created a continuous, aspheric surface with several key features:

🔹Continuous full range of vision: This lens does not create separate focal points but rather a continuous full range of vision, thereby ensuring sharp vision at all distances. The patient does not perceive the different visual zones of the lens, so the visual experience remains natural and seamless. Whether viewing a distant landscape, a monitor at arm’s length, or a smartphone held in hand, the focus remains sharp throughout.

🔹Allied ray technology: The so-called allied ray technology (ART) ensures the lens’s peak optical performance. While traditional multifocal lenses divide light among different distances through their various rings, the next-generation multifocal PRO lenses with ART technology transmit incoming light energy without loss and provide sharp images at multiple distances.

What Does This Mean in Practice?

The biggest beneficiaries of the ring-free design are undoubtedly those leading active lives.

Comfort When Reading, at the Monitor, or During Close Work

With the next-generation multifocal PRO intraocular lenses, even at dusk, in overcast weather, or in dimly lit rooms, the view remains contrasty and vibrant. There is no longer a “low-light” sensation while reading, and no extra-strong light is needed for close tasks. These lenses also provide better vision at monitor and dashboard distances than traditional multifocals.

Safe Night Driving, Free from Light Scatter

PRO technology aims to restore the clarity of a young, healthy eye: since there are no diffractive rings, disturbing halos and glaring reflections are eliminated. This visual confidence is crucial for evening driving or long nighttime journeys, which the next-generation multifocal PRO lenses can provide.

Summary

The intraocular lens implanted during cataract surgery or refractive lens exchange lasts a lifetime, so it is worth making a thoughtful decision. By choosing the next-generation multifocal PRO intraocular lens, you not only leave the disease behind but also gain a visual freedom that was previously unattainable.

In modern ophthalmology today, the question is not only about regaining vision but also about its quality and achieving independence from glasses in as many situations as possible. With the next-generation multifocal PRO intraocular lens, we have come very close to quality, uncompromising vision even in older age.

ℹ️Make an Informed Decision: Which Solution Is Best for Your Eyes?
The intraocular lens implanted during cataract surgery lasts a lifetime, so it is worth getting to know the different types better. On our intraocular lens comparison and surgical price list page, we help you review the key differences: you will find a summary of intraocular lens types and surgical package prices, and you can also read about the benefits of our personalized specialist care.

FAQ – Frequently Asked Questions About Next-Generation Multifocal PRO Intraocular Lenses

Traditional multifocal lenses use concentric rings and the principle of light diffraction to achieve relatively sharp images at different distances, with the consequent side effect of increased light scatter. PRO technology (Pure Refractive Optics) is completely ring-free, so the visual experience remains natural, and there are no disturbing optical phenomena around lights during night driving.

Yes, the vast majority of patients do not require glasses at all for daily activities following surgery. However, practical independence from glasses does not usually mean the eye will be exactly zero diopters, as there are technical and biological obstacles to this, regardless of the lens type (details in the intraocular lens selection post).

Because PRO technology provides natural, continuous vision, the brain’s adaptation to the new visual experience (neuroadaptation) is generally much faster than with traditional ring-based multifocal intraocular lenses. Most people enjoy their new vision within the first few days after surgery, but the final, stable result typically develops within one month.

Yes, in certain ophthalmological conditions, the advantages offered by PRO technology in next-generation multifocal intraocular lenses cannot be realized, so the ophthalmologist may recommend a different type of lens.

No, modern intraocular lenses are made from biocompatible materials that do not wear out and can be worn for a lifetime. In rare cases, for other reasons, the lens may be replaced.

A major advantage of next-generation multifocal PRO implants is their “tolerance.” Because they do not operate on a ring-based (diffractive) principle but achieve imaging at multiple distances purely through refractive means, they are less sensitive to potential future ophthalmological changes.

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