Where Technology
Meets Expertise.

Femtosecond laser cataract surgery uses an ultrafast laser to automate several key steps of the procedure — creating the corneal incision, the capsulotomy (opening in the lens capsule), and fragmenting the cataract. This computer-guided approach provides a level of accuracy and consistency that enhances manual surgical technique.

Laser-assisted surgery provides a level of precision and reproducibility that manual technique cannot consistently achieve. The laser creates a more perfectly centered capsulotomy, which improves IOL positioning and final visual outcomes — particularly important with advanced technology lenses. It also reduces the amount of ultrasonic energy used inside the eye. For patients choosing advanced technology IOLs, we routinely recommend laser assistance to maximize the result.

No. The laser assists the surgeon by automating specific steps with computer-guided precision. Your surgeon is present throughout the entire procedure, makes all clinical decisions, and performs the lens implantation. The laser is a tool that enhances your surgeon’s expertise.

The femtosecond laser uses optical coherence tomography (OCT) to create a detailed 3D image of your eye in real time. This map identifies the exact location, depth, and density of your cataract, the curvature of your cornea, and the position of other structures — allowing the laser to be programmed with sub-millimeter accuracy for your unique anatomy.

Yes. Femtosecond laser platforms used in cataract surgery are FDA-cleared and have been used in millions of procedures worldwide. The technology has a well-established safety record and continues to be refined with each generation of laser systems.

Most patients who need cataract surgery are candidates for the laser-assisted approach. It is especially beneficial for patients choosing advanced technology lenses, those with astigmatism, and patients who want the highest level of precision available. Your surgeon will confirm candidacy at your consultation.

Yes. Laser-assisted surgery involves an additional out-of-pocket fee beyond what Medicare or insurance covers for standard cataract surgery. The exact amount varies based on your procedure and IOL choice. Our team will give you clear, transparent pricing at your consultation — no surprises.

Medicare and most insurance plans cover the basic cataract surgery procedure. However, the laser component and advanced technology lens upgrades are considered elective enhancements and involve an additional out-of-pocket cost. We provide detailed pricing and financing options at your consultation so you can make an informed decision.

Technically yes, though most patients who choose laser assistance prefer it for both eyes to maintain consistency in precision and outcomes. Your surgeon can discuss whether a mixed approach makes sense for your specific situation at your consultation.

Advanced technology lenses — including toric, extended depth of focus, multifocal, and Light Adjustable Lenses — require extremely precise positioning inside the eye to deliver their full benefit. The laser creates a perfectly centered and sized capsulotomy, which helps ensure optimal lens alignment and the best possible visual outcome.

A capsulotomy is the circular opening your surgeon creates in the lens capsule to access and remove the cataract. The laser creates a capsulotomy that is more perfectly circular, centered, and consistently sized than what can be achieved by hand. This precision directly affects how well your new lens implant sits inside the eye — and ultimately how well you see.

Yes. The femtosecond laser can create precise arcuate incisions in the cornea to reduce astigmatism during cataract surgery. When combined with a toric IOL, this provides the most comprehensive astigmatism correction available — often eliminating or greatly reducing dependence on glasses for distance vision.

The femtosecond laser pre-fragments the cataract into small pieces before the surgeon begins the removal phase. This means significantly less ultrasound (phacoemulsification) energy is needed to break up and aspirate the lens. Less energy inside the eye can mean less corneal swelling, less inflammation, and a gentler overall procedure.

Laser cataract surgery carries the same low risk profile as traditional cataract surgery — it is one of the safest procedures in all of medicine. Serious complications are rare. The laser’s computer-guided precision may actually reduce certain risks by creating more accurate and consistent incisions than manual technique alone.

The laser’s greatest impact is on precision — creating a more perfectly centered capsulotomy, more accurate incisions, and reducing ultrasound energy. This difference is especially notable with advanced technology lenses, where precise lens positioning is critical to achieving the full visual benefit of the implant.

Because the laser uses less ultrasonic energy inside the eye, some patients experience less corneal swelling and inflammation in the early days after surgery. Most patients notice meaningful vision improvement within the first 1–2 days.

The decision depends on your lens implant choice, your visual goals, and your budget. If you are choosing an advanced technology lens or want the highest level of surgical precision, laser assistance is recommended. Your surgeon will help you weigh the benefits at your consultation.