At ScottHyver Visioncare, we offer a broad and comprehensive range of specialized laser vision correction procedures, going well above and beyond many other providers in the Bay Area. This allows us to create tailored treatment plans that suit the individual needs of every patient.
Wavefront-Optimized “All Laser” LASIK
Wavefront-Optimized LASIK uses two different lasers to reshape the cornea with exceptional precision. Before the procedure, Wavefront Technology Mapping creates a detailed 3D map of each patient’s eyes, pinpointing the specific aberrations causing blurry vision. A femtosecond laser then creates a precise, uniform corneal flap, allowing a second excimer laser to reshape the cornea based on the 3D map data. This procedure offers a fast recovery, with most patients returning to work the next day.
SMILE Vision Correction
Small Incision Lenticule Extraction (SMILE) is a minimally invasive option for patients with nearsightedness or astigmatism. Rather than creating a large corneal flap, a specialized laser forms a small, lens-shaped disc called a lenticule just beneath the corneal surface through a tiny incision. This lenticule is then gently removed, reshaping the cornea. SMILE eye surgery is an excellent alternative for patients who are not suitable for LASIK, and it offers fast recovery times and a reduced risk of dry eyes.
Customized PRK
Also known as wavefront-guided or topography-guided PRK, Customized PRK is suitable for patients with nearsightedness, farsightedness, or astigmatism, particularly those with thinner corneas or irregular eye shapes. After mapping the eye with wavefront technology and applying anesthetic drops, an excimer laser precisely vaporizes microscopic amounts of corneal tissue to correct the refractive error. A protective contact lens is placed over the eye during healing. Recovery typically takes 3 to 5 days.
Contoura Topography-Guided LASIK
Contoura Topography-Guided LASIK is one of the most advanced laser vision correction techniques available. It maps the 3D topography of the cornea by measuring 22,000 unique elevation points, treating subtle surface irregularities and accounting for the eye’s natural visual axis. An excimer laser then uses this data to smooth and reshape the cornea with extraordinary