COMMITTMENT TO SAFET AND QUALITY AT ADVANCED EYE LASER AND SURGERY CENTER

 Laser cataract surgery uses a femtosecond laser to perform the most precise parts of the operation. The laser creates accurate incisions, softens the cataract, and makes a perfectly shaped opening in the lens capsule. This improves consistency, reduces the amount of ultrasound needed, and enhances the accuracy of lens placement. Patients who choose femto often want the most advanced and refined option for achieving the sharpest visual outcome.

The Eyhance Toric lens corrects astigmatism and provides sharper distance vision with a smoother transition to intermediate tasks. Patients notice clearer computer and dashboard vision and typically use reading glasses only for small print. This is an excellent choice for patients who want high-quality distance vision with improved functional range.

The Odyssey lens offers a very wide range of vision with minimal halos or glare. It maintains clarity across distance, intermediate, and many near tasks, allowing greater independence from glasses. Patients who want strong day-to-day freedom without the light disturbances of older multifocals benefit the most from this lens.

The Light Adjustable Lens is the only implant that can be customized after surgery. Once the eye heals, the surgeon adjusts the lens using precise light treatments so the final vision matches the patient's preference. This is particularly helpful for individuals with prior LASIK or PRK, irregular astigmatism, or complex prescriptions. It delivers some of the most accurate results available.

This procedure replaces the natural lens with a premium implant to improve vision and reduce dependence on glasses even in patients who do not yet have visually significant cataracts. It is useful for those seeking long-term visual freedom.

LASIK reshapes the cornea with a precision laser to correct nearsightedness, farsightedness, and astigmatism. Vision is often much clearer within a few hours. Patients typically report minimal discomfort, rapid recovery, and significantly reduced dependence on glasses or contacts. LASIK is ideal for healthy eyes with stable prescriptions.dd a description about this item

PRK uses the same excimer laser as LASIK but does not involve creating a corneal flap. It is well suited for patients with thinner corneas, irregular corneal shapes, or those who prefer to avoid flap-related issues. Vision recovery takes longer than LASIK, although long-term results are excellent.

ICL surgery involves placing a soft lens inside the eye, behind the iris. It is an excellent option for patients with high prescriptions, chronic dry eye, or corneas that are not suitable for laser procedures. Vision is crisp almost immediately and the lens can be removed or replaced if needed.

Endothelial keratoplasty replaces only the diseased inner cell layer of the cornea rather than the full thickness. DMEK offers the fastest visual recovery and the most natural optical outcomes, while DSEK provides additional support for complex eyes. With DescePrep © https://www.eyedeamedical.com, graft preparation is more controlled and predictable, reducing trauma and improving consistency. Patients typically experience steady improvement in clarity over several weeks, with excellent long‑

DALK replaces the front layers of the cornea while preserving the patient’s own endothelium, dramatically reducing the risk of graft rejection. The DesceCleave © technique provides a more precise separation between layers, resulting in clearer graft interfaces and more reliable healing. DALK is particularly effective for conditions such as keratoconus and stromal dystrophies, offering strong long‑term outcomes and reduced risk of postoperative pressure issues.

Laser‑assisted lamellar keratoplasty uses advanced imaging and femtosecond laser technology to reshape or replace targeted corneal layers. The precision of the laser creates smooth, accurate tissue planes, improving graft fit and visual quality. This technique benefits patients with corneal scars, thinning disorders, surface irregularities, or early ectasia, offering faster recovery and more consistent results.

CAIRS is a minimally invasive procedure that uses biologic donor corneal tissue segments to reshape and stabilize the cornea in keratoconus. Because the segments are made of natural tissue rather than synthetic material, they integrate more comfortably, reduce long‑term risk of extrusion, and better preserve corneal health. The segments are placed into laser‑created stromal channels to regularize corneal shape, reduce irregular astigmatism, and improve functional vision. CAIRS maintains future

ECP gently treats the tissue inside the eye that produces fluid, helping lower eye pressure. It is often paired with cataract surgery. Many patients are able to decrease the number of glaucoma drops they use afterward.

These procedures enhance the eye's natural drainage system. Goniotomy removes a small strip of tissue that blocks drainage. Canaloplasty opens and dilates the eye’s main drainage canal to improve outflow. Both are minimally invasive options that help lower pressure while maintaining normal anatomy.

Microscopic stents are placed inside the drainage system to improve fluid flow and lower eye pressure. These procedures are quick, safe, and usually performed with cataract surgery. They often reduce a patient's reliance on daily glaucoma medications.

Droopy eyelids can block the upper visual field, cause fatigue, and create a heavy appearance. Ptosis repair and blepharoplasty lift the eyelid by tightening the eyelid muscle and removing excess skin. Patients often notice improved vision, less strain, and a more refreshed look. Recovery is usually straightforward, with most swelling fading within one to two weeks.

Lower eyelid repair repositions the eyelid to improve comfort and reduce tearing or eye exposure. It stabilizes the tear film, prevents irritation, and creates a smoother lower lid contour. Patients often notice improvement in comfort and appearance within several days.

Entropion causes the eyelid to turn inward and irritate the eye, while ectropion causes the lid to turn outward and expose the eye. Repairing these conditions restores normal eyelid position, protects the eye, and prevents long-term surface damage.