Problem Solved
Corneal cross-linking is a medical procedure used to treat conditions like keratoconus, where the cornea becomes weak and misshapen. Traditional methods often require complex equipment and can be uncomfortable for patients, involving multiple steps and prolonged exposure to UV light.
Core Features
This invention is a silicone device with an embedded ultraviolet (UV) light source designed for corneal cross-linking. It features a main body with a corneal gripping portion that conforms to the eye, a UV module for irradiation, and fluid ports for introducing or removing liquids.
Inventive Step
The unique aspect of this device is its integration of a UV light source within a flexible, silicone structure that fits comfortably over the eye. The device uses suction to conform to the eye, creating a sealed environment for efficient cross-linking. This simplifies the procedure, making it more accessible and less invasive.
Benefits
The device offers a more comfortable and efficient treatment for patients, reducing the complexity and duration of the procedure. Its design allows for precise control of UV light intensity and fluid management, enhancing safety and effectiveness.
Broader Impact
This innovation could revolutionize corneal treatments by making them more accessible and less intimidating for patients. It could also reduce the need for expensive equipment, making the procedure more affordable and widespread, potentially improving eye health on a global scale.