TECHNOLOGIES
TECHNOLOGIES

We strive our best in developing and
researching new products and cutting-edge technologies.

G&G has been reimagining the way contact lenses are worn,
and we will continue to bring you the latest innovations in engineering technology for contact lens design.

G&G has been reimagining the way contact lenses are worn, and we will continue to
bring you the latest innovations in engineering technology for contact lens design.
G&G Contact Lens consistently achieves outstanding results in mold production and polymerization methods,
resulting in the creation of the most moisturizing and beautiful lenses on the market today.
Our engineering team has advanced the latest available technologies in molding, high-quality lathe cutting,
and precision edge design. Our state-of-the-art automated production processes deliver
the most sophisticated coating procedures, ensuring complete color
retention while enhancing durability and maximizing moisture.

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Cast Molding System

The casting molding system allows for the production
of high-quality lenses at a lower cost compared to other
processes, as there is no need for polishing to achieve gloss.
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HI-DEF Lathe Cutting

Lathe-cut lenses are relatively easy to
handle and have excellent movement and
concentration compared to spin-cast lenses.
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Plasma Coating

Plasma can remove contaminants on the lens
surface, providing users with cleaner vision and
innovatively improving moisture retention characteristics.
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MAC System

Polymer absorption coloring is a state-of-the-art
method in polymerization processes, ensuring safe absorption
of coloring agents, which do not come into direct contact with the eye.
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Natural Color Realization

With our high-quality dot system, you can achieve a
natural and rich design that allows for a
subtle and natural look. Get the perfect
natural color blend tailored to your needs.
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Ultra Thin Design

By combining our core technology, the cast molding process,
your contact lenses will have a thinner and softer texture,
enhancing comfort for wearers.