LASIK Surgery - How The Excimer Laser Works
Below is a MRR and PLR article in category Health Fitness -> subcategory Other.
LASIK Surgery: Understanding the Excimer Laser
Introduction
When it comes to corrective eye surgery, the excimer laser stands out as the most advanced and preferred option. Known for its precision and safety, this "cool" laser removes corneal tissue without causing heat damage to surrounding areas.
The Science Behind the Excimer Laser
The excimer laser is an ultraviolet chemical laser that revolutionized laser eye surgery. Originally used in semiconductor manufacturing in the 1970s, its potential for eye surgery was discovered in 1982 by Dr. Rangaswamy Srinivasan and his IBM research team. Dr. Steven Trokel, an ophthalmologist, further explored its application on corneal tissue, paving the way for LASIK surgery.
Why Excimer?
The excimer laser's precision is remarkable?"it can remove as little as 0.5% of a human hair's width at a time. This level of accuracy reassures patients that excimer-assisted surgery is not just a high-tech process but a reliable procedure for vision correction.
The LASIK Procedure
Utilizing state-of-the-art computer technology, LASIK surgery has become the top choice for correcting refractive errors. The excimer laser emits cool, precise beams that carefully reshape the cornea. During the procedure, a skilled technician manages the equipment while an ophthalmologist performs the surgery.
The Importance of LASIK
Your vision is invaluable, and choosing a reliable surgery with minimal side effects is crucial. With the excimer laser's high precision and the procedure's reliability, LASIK remains the most prevalent option for corrective eye surgery.
Choose LASIK for its proven technology and the assurance of a clear, corrected vision.
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