Full femtosecond Taiyuan Hospital
All femtosecond Taiyuan Hospital is a medical institution focusing on ophthalmic treatment in Taiyuan. As a leader in ophthalmic medicine in Taiyuan, TFS Taiyuan Hospital has advanced equipment and professional medical team, and is committed to providing high-quality ophthalmic treatment services for patients. Full femtosecond laser surgery is an important treatment technology in the hospital, which has unique advantages in the treatment of myopia.
1. Principle of full femtosecond laser surgery
In recent years, full femtosecond laser surgery is a breakthrough technology in the field of ophthalmology. It can accurately cut the cornea and change its curvature to correct myopia. During the operation, doctors use femtosecond lasers to cut the cornea layer by layer to achieve fine adjustment of corneal morphology. This laser surgery can quickly and accurately correct myopia, while reducing the damage to the cornea.
Full femtosecond laser surgery is non-contact. No mechanical tools are needed during the surgery, which reduces the discomfort of patients and reduces the risk of surgery. The laser beam used in the operation is controlled by a computer, which can achieve high accuracy and repeatability.
Full femtosecond laser surgery is also personalized, and doctors can make fine adjustments according to the degree of myopia and eye conditions of patients. At the same time, the operation can also correct astigmatism and presbyopia at the same time, and achieve comprehensive treatment of various ophthalmic problems.
2. Advantages of full femtosecond laser surgery
Compared with traditional laser surgery, full femtosecond laser surgery has many advantages in the treatment of myopia.
First, the healing time of full femtosecond laser surgery is relatively fast. Traditional laser surgery requires a long recovery period, and patients need to wear eye masks and follow strict postoperative care. The full femtosecond laser surgery is more rapid in wound healing, and patients do not need too much rest and care after surgery, and can quickly resume daily life.
Secondly, full femtosecond laser surgery has less damage to the cornea. Full femtosecond laser surgery only works on the surface of the cornea and does not need to cut the inner layer of the cornea, so it reduces the damage to the cornea caused by surgery. In contrast, traditional laser surgery needs to change the corneal morphology by cutting the inner layer of the cornea, which has a greater impact on the cornea.
In addition, the correction effect of full femtosecond laser surgery is better. This operation can achieve a higher degree of personalized treatment, and doctors can make fine adjustments according to the patient's eye conditions to improve the accuracy and effect of myopia correction.
3. Application scope of full femtosecond laser surgery
All femtosecond laser surgery is suitable for patients with myopia to some extent, including mild, moderate and some severe myopia. At the same time, the operation can also repair astigmatism and presbyopia.
Before the operation, the doctor will fully evaluate the patient's eye condition and myopia degree to determine the feasibility of the operation and the correction effect. For patients who are suitable for full femtosecond laser surgery, doctors will provide detailed preoperative examination and postoperative nursing guidance.
After the operation, the patient needs to return to the clinic regularly. The doctor will conduct eye inspection, track and observe the operation effect and eye recovery, and make corresponding treatment and adjustment.
Summary
All femtosecond Taiyuan Hospital is the leader in ophthalmic medicine in Taiyuan. All femtosecond laser surgery is an important treatment technology of the hospital, which can correct myopia accurately and quickly. The operation has the advantages of non-contact, personalized and minimally invasive, and is widely applicable. Before receiving surgery, patients need to fully understand the operation principle and indications, and regularly return for eye examination and reexamination.
