How to get the perfect contact lens with Crazy Contact Lens
Posted On July 19, 2021
The idea is to create a new type of contact lens that’s a bit different from the normal one, says David DeBolt, a professor of optometry and materials science at the University of Washington in Seattle.
Instead of having a flat surface that’s flat on top and flat on the side, the contact lens needs to be curved so that it looks like a circle.
This way, the eye can actually see the line.
“There’s a lot of really cool stuff out there that’s very simple,” DeBampheres says.
“It’s one of the first contact lenses that can actually do that, and it’s a really great way to make a contact lens a little bit different.”
DeBrophes is part of a team that’s working on a contact material called an optically curved lens.
That material would help make contact lenses a little more flexible.
This concept has been around for a while, and has already been used in contact lenses to help protect the eye from ultraviolet light, for example.
But it’s still very new.
A few other groups have tried to make contact lens material, too.
A group called the Optical Contact Light Technologies group at the National University of Singapore in Singapore is currently working on an optoelectronic contact lens.
DeBbolts team is also working on something called the “light” contact lens, a contact that has an internal mirror to reflect light rather than a flat one that reflects light.
DeBloes team is working on contact lenses with a different optical system called a piezoelectric contact lens system, which uses piezoes to create an external contact.
Debloes group is also studying a contact with an internal lens, but they’re working on this now.
“We’re kind of just starting to figure out how to do this,” DeBles says.
The group also has a company called ContactLens that’s trying to develop a contact design that’s easier to make, says CEO Roberta Furlong.
Contact lenses are one of many applications that can be made with a new contact lens technology.
For example, a pair of contacts might be used to make contacts for an artificial vision system.
Another application could be to create contact lenses for wearable devices, such as contact lenses made for smartphones.
DeBlets team has also been working on making contact lenses specifically for eye surgeries.
He says that the design could potentially be used for eye surgery, in which surgeons have to remove a piece of tissue to make the eye bigger or to correct the eye, but not both.
“If you’re just doing surgery, that’s not the best use for that kind of technology,” DeBlez says.
Contact lens manufacturing has been slow in China, and there aren’t many examples of this technology being used in consumer products.
De Bles says that some companies have been trying to produce contact lenses directly, like Apple.
But that has been a slow process because the companies need to build their own factories and manufacturing facilities to meet the requirements.
“This is the first step to really building this technology into our factories, and that’s going to be a really long process,” De Bbolts says.