How is a precise amount of RF energy and depth of treatment ensured during the CK procedure?
The ViewPoint CK System was engineered and designed specifically for the CK procedure. This means that the precise amount of RF energy needed to affect the corneal tissue, at the precise tissue temperature and depth of treatment, were meticulously investigated and defined. The Keratoplast Tip penetrates the cornea to a depth of 450 mm and utilizes a Teflon® stop at the very distal portion to assure precise depth of penetration.
The equipment used by the UCLA Laser Refractive Center for NearVision CK was engineered and designed specifically for the CK procedure. This means that the precise amount of RF energy needed to affect the corneal tissue, at the precise tissue temperature and depth of treatment, were meticulously investigated and defined. The tip of the probe penetrates the cornea to a depth of 450 µm and utilizes a Teflon stop at the very distal portion to assure precise depth of penetration.
Related Questions
- How is a precise amount of radiofrequency (RF) energy and depth of treatment ensured during the NearVision CK procedure?
- How is a precise amount of RF energy and depth of treatment ensured during the NearVision CK procedure?
- How is a precise amount of RF energy and depth of treatment ensured during the CK procedure?
