ROSE K2 XL hard lenses
1440ر.س
Product description
Rose K2 XL lenses are an advanced type of gas-permeable rigid lenses (RGP), but they differ from traditional rigid lenses in that they are semi-rigid lenses (Scleral or Semi-Scleral Lens), meaning their diameter is larger and they partially or completely rest on the sclera (white of the eye) and not only on the cornea. Information about Rose K2 XL rigid lenses Product name: Rose K2 XL rigid lenses Category: Therapeutic vision lenses Uses: Therapeutic lenses for corneal problems and astigmatism What are Rose K2 XL lenses? Rose K2 XL are semi-scleral lenses specially designed for patients suffering from severe surface corneal issues such as advanced keratoconus, post-corneal surgery, or severe dry eye. The lens diameter is larger than traditional rigid lenses (usually between 13.6 to 16.0 mm), making it cover part of the sclera and providing greater stability and comfort. Features of Rose K2 XL High comfort: Thanks to its large size, it reduces friction with the eyelid and provides greater comfort even for patients who cannot tolerate small rigid lenses. Excellent vision: Effectively corrects corneal distortions and provides clear vision even in advanced cases. Corneal protection: The lens creates a thin layer of tears between the lens and the cornea, protecting the cornea from dryness and friction. High oxygen permeability: Maintains corneal health and reduces the risk of complications. Suitable for special cases: Such as advanced or irregular keratoconus, post-corneal transplant or refractive surgery, severe dry eye, or Sjögren's syndrome, and corneal scars. Suitable cases for Rose K2 XL lenses Advanced or irregular keratoconus Post-corneal transplant or refractive surgery Severe dry eye or Sjögren's syndrome Corneal scars **Please select the size or attach your eye measurement in the attachments, or contact us for assistance in choosing the appropriate size. Note: The lenses are manufactured according to the measurements attached in the order and take 40-60 working days to produce.


