Femto Laser Cataract Surgery
What does Laser Cataract Surgery Entail?
Laser cataract surgery, also known as femtosecond laser-assisted cataract surgery (FLACS), is an advanced technique used to perform cataract surgery with the assistance of a femtosecond laser. This technology offers several potential advantages over traditional manual cataract surgery techniques.
By creating a high-resolution 3D analysis of the front of the eye before utilizing the laser, the femtosecond laser technology enables us to tailor the operation for each patient. This is advantageous because each eye is different, just like a fingerprint.. The results of this examination are then compared to an iris photograph acquired during the patient’s preoperative visit.
As an outcome:
- Each patient’s incisions are customized.
- The fragmentation of the lens is determined by the hardness of the patient’s lens.
- With fine accuracy, astigmatism can be effectively treated.
Precise Incisions
Accurate Capsulotomy
The laser is used to perform the capsulotomy, which involves creating an opening on the surface of the cataract. Through this opening, the cataract is extracted. It is known that a precisely centered and circular capsulotomy enables improved positioning and alignment of the intraocular lens implant, leading to better visual outcomes.
The laser system accomplishes this procedure in less than a second, eliminating the risk of accidents if the patient moves during the treatment. This advantage is highly significant. Although manual production of these openings is possible, they often lack complete roundness and proper centering. Additionally, there are instances where patients may unintentionally move, cough, or even sneeze during the surgery.
Efficient Lens Fragmentation
The femtosecond laser system provides a notable benefit by effectively fragmenting the dense cataract into numerous small squares, thereby softening it. This dual effect not only enhances cataract softening but also minimizes the required phaco energy for its extraction.
This advantage could be considered the most significant aspect offered by the femtosecond laser system.
Ensuring a Safe and Fast Recovery Process
Ensuring the utmost importance lies in protecting the cornea.
By pre-softening the extremely dense cataract, the laser method enables us to do cataract surgery with far less phaco energy. As a result, our patients’ corneas are noticeably clearer on the first postoperative day. This suggests that immediately following surgery, vision is noticeably clearer. Reduced corneal edema also shows that the cornea is better maintained and protected. This makes it practical for an optimal visual result.
In the era of advanced technology, most of us have gained a greater understanding of the significance of pixels and their impact on the sharpness of images displayed on television screens or computer monitors. A higher pixel count corresponds to a higher resolution. Similarly, employing the femtosecond laser contributes to the preservation of “pixels” by protecting the cells within the cornea. As a result, it enables the attainment of optimal visual outcomes.
The late Dr. Charles Kelman, the pioneer behind phacoemulsification, consistently expressed concerns regarding the potential impact of phaco energy on the delicate cells of the cornea. Laser cataract surgery directly addresses this concern, ushering phacoemulsification into a new era where we can now ensure a safe and accelerated restoration of vision for every patient.
Avoid any activities that could potentially harm your eyes during the recovery period. Wear protective eyewear, such as sunglasses, when exposed to bright sunlight or dusty environments. Additionally, avoid rubbing or touching your eyes to prevent any damage.
Give your eyes adequate rest and avoid activities that may strain them, such as reading, excessive screen time, or strenuous physical activities. Follow the recommended timeline for resuming normal activities provided by your surgeon.
Why Choose the Lensx Laser?
Lensx Laser is an advanced technology used in cataract surgery that utilizes a femtosecond laser for precise and automated steps. It offers advantages such as precise incisions, accurate capsulotomy, and efficient lens fragmentation. The laser can also correct astigmatism during surgery. Lensx Laser provides enhanced safety, faster recovery, and improved visual outcomes. It represents a significant advancement in cataract surgery, offering customized and effective treatment options for patients.
