![]() And, as a femtosecond is one-billionth of a second, it does it in practically no time at all. It does what no human surgeon could do: tirelessly create precise, perfect cuts every time. This remarkable technology offers hands-free creation of capsulorhexis, division of the cataractous lens, astigmatic keratotomy and corneal wound creation from inside out. The advent of femtosecond laser-assisted cataract surgery is an exciting leap forward into a brave new world. Take, for instance, the development that's made the biggest splash in ophthalmic circles in recent years: laser cataract surgery. Anterior capsulotomy, corneal incisions and lens fragmentation can, as a result, be accomplished in a single step before the surgeon even opens the eye. Optical coherence tomography technology gives the surgeon a 3-dimensional view of the eye's anatomy to perform an image-guided and computer-assisted procedure. The surgeries that routinely fill our OR schedules today were unimaginable a few decades ago, thanks to innovations in the tools we use.įYI: The first femtosecond laser to receive FDA clearance for use inside the eye, the LenSx system brings increased precision, predictability, reproducibility and safety to cataract surgery, says the company. ![]() When I attended medical school, one of the primary factors that attracted me to the field of ophthalmology was the ever-changing array of technologies that enabled us, and even now continue to enable us, to deliver remarkable results to our patients. ![]()
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