Cataract treatment should be personalized according to each patient's unique needs. Digital navigation technology elevates this individualized approach to an advanced level. Before surgery, a high-resolution, diagnostic reference image of the patient's eye is captured. This 'eye map' enables the surgeon to precisely track all incisions and the alignment of the intraocular lens in real-time during the procedure. While traditional cataract surgery relied on the surgeon's manual skill for corneal and lens incisions, digital navigation ensures these incisions are made with millimeter-level precision at exactly the predetermined points. This facilitates the optimal placement of the lens, effective control of astigmatism, and ultimately, the achievement of superior vision quality.

Femtosecond laser-assisted cataract surgery with digital navigation offers the potential to extend the lifespan of the vision quality achieved, even in advanced cataracts. Behind the cornea lies a delicate layer of cells called the endothelium. In traditional cataract surgeries, particularly in cases of advanced cataracts, significant loss of these endothelial cells can occur. Thanks to the integration of digital navigation and femtosecond laser technology, endothelial cell loss can be significantly reduced, thus preserving post-operative vision quality for a longer duration.