LenSx® Laser

LenSx Laser logoA New Class of Cataract Procedure

The LenSx® Laser signifies a bold leap forward in cataract surgery. The first femtosecond laser cleared for use in cataract surgery, brings image-guided computer precision to refractive cataract surgeons. Vold Vision is the first practice in Northwestern Arkansas to adopt this technology, and it is performed routinely now by Dr. Vold on our Bentonville and Fayetteville patients.

Bladeless Cataract Surgery is a technologically-advanced procedure, that offers a new level of precision and reproducibility in ophthalmic surgery.  Early proponents of the LenSx Laser system report that, however accurate their manual procedures seemed in the past, they see measurable improvements when using the LenSx Laser(1).

The precision of the LenSx® Laser has been tested in a series of recent clinical studies. Zoltan Z. Nagy, MD of Semmelweis University in Budapest, evaluated the system’s ability to perform anterior capsulotomies, lens fragmentation and create self-sealing corneal incisions 1.

Dr. Nagy demonstrated enhanced surgical accuracy and reproducibility:

  • All anterior capsulotomies created with the LenSx® Laser achieved accurate centration and intended diameter, with no radial tears or adverse events seen.
  • Corneal incisions created with the LenSx® Laser were highly reproducible, with precise dimensions and geometry.
  • In the same study, only 10% of manually created capsulorhexis achieved a similar diameter accuracy of +/-0.25 mm1,2. These results can be seen in the diagram, below.

Diameter Accuracy of the LenSx® Laser Versus Manual Capsulorhexis1

Only 10% of manual capsulorhexis achieved diameter accuracy of +/- 0.25 mm.

Enhanced Reproducibility

The LenSx® Laser can perform anterior capsulotomy, lens fragmentation and all corneal incisions with tremendous reproducibility. It is also used to reduce small amounts of astigmatism, making the post-operative vision even better than before.

The system performs surgery according to your surgeon’s preferences. From clean three-plane corneal incisions to customized fragmentation patterns, we can create predictable cuts that carry through subsequent steps of refractive cataract surgery.

1. Nagy, ZZ. 1-year clinical experience with a new femtosecond laser for refractive cataract surgery. Paper presented at: Annual Meeting of the American Academy of Ophthalmology; October 24-27, 2009; San Francisco, CA.
2. Nagy, ZZ. Intraocular femtosecond laser applications in cataract surgery. Cataract & Refractive Surgery Today. September 2009:79-82.

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