can lens laser cause retinal detachment

Can Laser in Contact Lens Cause Retinal Detachment?

Innovations in contact lens technology have been a welcome development for visual aids. This new technology includes contact lenses that readily detect body sugar level changes, and contact lenses that enable users to zoom in and out of microscopic simulations. However, the use of laser in contact lenses has piqued the interest of ophthalmologists and researchers about the possible risk of developing retinal detachment.

Retinal detachment is a medical condition that happens when the retina separates from the underlying tissue. It is a condition that requires emergency attention since untreated retinal detachment can result in permanent vision loss. With the use of lasers in contact lenses, is it possible that it can cause retinal detachment?

What is Laser in Contact Lenses?

Laser in contact lenses or also called Laser-Scanning Display (LSD) is a relatively new innovation where eyeglasses or contact lenses project high-resolution images directly into the eyes. The process occurs when a low power laser beam hits a beam-steering mirror, creating images that are projected onto the retina.

This technology seeks to improve the quality of life for individuals who have visual impairments such as tunnel vision, or those who have difficulties seeing at night. It also aims to supplement or replace the use of screen-based electronics like computers, television or mobile phones.

The Risk of Laser in Contact Lenses

As previously mentioned, retinal detachment happens when the retina separates from the underlying tissue. It happens when there is a break in the retina or when scar tissues pull the retina away from its underlying tissue. While LSD is still in its early stages, it is still essential to know potential risk factors that come with the use of laser in contact lenses.

Here are some potential risks:

1. Laser intensity - The intensity of laser projection coming into the eyes is yet to be fully understood as it can affect the retina's tissue. If the intensity is too high, then the laser-projection can cause damage to the retina.

2. Laser duration - The longer the duration of the laser being projected can cause the retina to heat up, causing damage to the retina's surface.

3. Laser frequency - The frequency of the laser being projected can also cause damage to the retina, specifically the build-up and penetration of heat.

4. Eye shape - Each person's eye shape is different, which can affect the projection of the laser. As LSD is still in its early stages, there is still a lack of testing done to determine if it can be calibrated to accommodate all shapes of the eyes.

5. Manufacturer and regulation - As with any new technology, it is essential to determine if the manufacturers comply with the regulations and safety standards set by ophthalmologists and medical experts.

Final Thoughts

The use of lasers in contact lenses or LSD is still in its early stages, and more testing must be done to determine if it is feasible for widespread use. The potential risks must also be considered to ensure that the development of LSD is safe.

Retinal detachment is a medical emergency and is a severe condition that should not be taken lightly. While the use of LSD may be a groundbreaking development, it is still recommended to have regular eye check-ups, especially for people who already have retina or macular issues.

In conclusion, while the development of laser in contact lenses or LSD is a significant technological advancement, the potential risks and effects on vision health must also be considered. We hope that as this technology progresses, it will be made safer and more beneficial to users.