Safe Sight TransPRK
All-laser, one-step, no-touch
Safe Sight TransPRK is a surface-based laser vision correction procedure that uses a single laser to remove the epithelium cells, which then goes on to reshape the cornea tissue to correct refractive error in one seamless and efficient step.
What is Safe Sight TransPRK.
Safe Sight TransPRK is an all laser, one-step, no touch, non-invasive vision correction procedure which does not require the eye surgeon to cut a corneal flap. With modern technology, Safe Sight TransPRK can eliminate some of the risks in the standard LASIK (cut, flap and zap) procedure such as flap-related medical complications.
How does Safe Sight TransPRK work?
Safe Sight TransPRK at Clearvision is fast, simple and safe. In Safe Sight TransPRK, there are no surgical devices touching the eye at all, making it a truly all laser procedure.
We use the modern, Schwind Amaris 1050RS excimer laser. The Schwind Amaris 1050RS laser is equipped with a zero latency eye tracker and the ability to track all 7-dimensionals of eye movements, resulting in fast and accurate treatment.
Step1: Patient lies down and simply looks ahead at a blinking fixation green light. No suction ring nor surgical instrument touches the eye.
Step 2: Epithelium cells are removed with the Schwind Amaris 1050RS laser.
Step 3: Laser goes on to reshape the cornea curvature to correct the refractive power in one step seamlessly.
Step 4: A transparent, high-oxygen permeability content soft contact lens is then placed over the cornea to act as an artificial cornea flap to protect the treated surface while the epithelium cells regenerate.
Step 5: The epithelium cells then take 3 to 5 days to regenerate and heal. It is important to use the eye drops medications prescribed and stay away from strong sunlight for good healing. The high-oxygen permeability contact lens is removed after 5 days.
Corneal Cross-Linking (CXL)
CXL is an additional treatment to the Safe Sight TransPRK procedure that helps to strengthen the cornea through corneal collagen cross-linking. It is a relatively fast procedure, taking an additional two minutes of time.
Using the Avedro KXL system, CXL can help to minimize the weakening effects that comes with the laser sculpting of the cornea in refractive surgeries. As laser sculpting with the excimer tissue involves tissue ablation, corneas will naturally become thinner after refractive surgeries. The higher your spectacle power, the more corneal tissue is required in laser sculpting.
CXL is especially suitable for patients with:
- Thin or weak cornea
- Very high spectacle power