FA11027_TINA-WW

FA11027_TINA-WW Application Field and Working Principle

The FA11027_TINA-WW is a special type of lens that combines many functions to provide various adjustment possibilities for its specific areas of application. It is based on the principle of Cartesian Laser Surgery (CLS) and is usually used for corrective laser eye surgery, specifically to adjust the shape of the cornea and alter its curvature.

The FA11027_TINA-WW lens is made up of two major sections: the outer lens housing and the inner mirror. The lens housing includes a fixed central lens element and a movable outer element. The two elements are connected in order to reduce movement and provide for a more stable image. The inner mirror is made up of two mirrors which can be adjusted to control the amount of polarization of the light passing through the lens.

In order to use the FA11027_TINA-WW lens, it is mounted onto a medical device such as a phoropter or corneal topographer. The light passed through the lens is then reflected off of the inner mirror in order to reach the patient’s eye. As the patient’s eye is focused on the lens, the movable outer element is adjusted to alter the shape of the light as it passes through the lens. This alteration of the light is what corrects the vision of the patient’s eye and allows for the successful use of corrective laser eye surgery.

The FA11027_TINA-WW lens is one of the most advanced lenses available for corrective laser eye surgery due to its ability to control the polarization of reflected light. With its flexible and adjustable design, it is possible to achieve a higher degree of accuracy when correcting the eye’s vision. Additionally, the lenses are able to provide increased stability and are highly durable, allowing for long-term use.

In conclusion, the FA11027_TINA-WW is a highly advanced lens with the capability of providing advanced laser eye surgery applications for the purposes of correcting vision. With its adjustable and highly durable design, it can be used to achieve a higher degree of accuracy when correcting the eye’s vision. Additionally, the lenses can provide increased stability and are highly durable, allowing for long-term use.