Originally Posted by
AWTECH
Barry said, the Ophthonix expert said:
I am curious how there process would be in general superior to a freeform process. Remember, freeform is a general term of processing method, not a design. The Ophthonix laminated thin layer index correcting power is not explained. How much change in index can this thin layer accomplish, ie: how much power management is possible. With a good freeform design and process you can manage the power across the entire surface of the lens and produce a product that works for the patient.
In addition:
This statement sounds like Research and Development in progress not a product that is ready for the market. I also question the patent indicating that this vision correction is designed for straight ahead viewing. No eye movement is possible and still make use of the abberation correction.
Lets see buy a machine for $30,000 then perform this measurement on a patient and tell them about the wonderful new glasses that are going to cost them a gillion dollars, "but they are really worth it." By the way patient there is one thing you will need to remember with your new expensive lenses to get the optimized vision. DO NOT MOVE YOUR EYES. ALL UP AND DOWN AND SIDE TO SIDE MOVEMENT MUST BE ACCOMPLISHED BY YOUR HEAD MOVEMENT. KEEP YOUR EYES FOCUSED IN THE CENTER OF THE LENS.
Enjoy your new lenses!
I am not trying to knock this technology but please someone show me how this actually work where I can understand it, if I have it all wrong.
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