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Here are just a few of the EPGL technologies for which patents are pending.

ENERGY HARVESTING

Harnessing the energy created by the blink of an eye, EPGL has built microchips for the purpose of powering an electronically enhanced contact lens.

SENSORS FOR ELECTRONIC CONTACT LENSES

Sensors that are designed to trigger desired mechanical actions within an electronically enhanced contact lens.

CONTACT LENS CHARGING AND STORAGE

Smart storage cases for electronic contact lenses that can transfer data and energy for charging the contact lens overnight.

CIRCUIT INTEGRATION INTO CONTACT LENSES

Methods and designs for flexible electronic substrates to be integrated into Silicone Hydrogel contact lenses and other medical devices.

FLEXIBLE CIRCUITRY FOR ELECTRONIC CONTACT LENSES

Enabling the electronic contact lens manufacturing process, methods and Design for flexible electronic substrates to be integrated into Silicone Hydrogel contact lenses.

DEFINED SPACES INSIDE ELECTRONIC CONTACT LENSES

Methods and techniques for creating space, chambers and compartments within contact lenses to accommodate electronic circuits and mechanical devices.

AUTOFOCUS MECHANISMS FOR CONTACT LENSES

Methods and designs of a mechanical system within a Silicone Hydrogel contact lense which can change the dioptric power or focus for the human eye automatically.

OPTICS AND DATA DISPLAY WITHIN CONTACT LENSES

Methods and designs for displaying data and images to the human eye, originating and projected from within the electronic contact lens alone.

ADDRESS

EP Global Communications, Inc.
Scientific Research
Office Contact: Robert Settineri, MS
2192 Martin Street Suite 140
Irvine, CA 92612


EPGL Medical Sciences
1582 Deere Avenue
Irvine, CA 92606

CONTACTS

Information: information@epglmed.com
Investors email: investors@epglmed.com

Webmaster: webmaster@epglmed.com   
Phone: 877-287-6175

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