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Casio G-Shock Rose Gold Dial Women 40.5mm G1693 GM-S2110PG-1A4
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Casio G-Shock Rose Gold Dial Women 40.5mm G1693 GM-S2110PG-1A4

Casio G-Shock Rose Gold Dial Women 40.5mm G1693 GM-S2110PG-1A4

$98.42

Original: $281.19

-65%
Casio G-Shock Rose Gold Dial Women 40.5mm G1693 GM-S2110PG-1A4—

$281.19

$98.42

The Story

Strong, steely, stylish — Go metal-clad, now in radiant shades of elegant color. The octagonal GM-S2110 takes on three new color schemes — pink gold and black, pink gold and pink beige , and dark grey. Metal elements in the dial add shine and texture, while the compact size ensures a comfortable fit for slimmer wrists. The sophisticated, minimalist design beautifully complements whatever you’re wearing, from stylish fashion to casual cool. Key resin components in the band are made with bio-based resin produced from renewable organic resources, a material expected to help reduce environmental impact.

Casio G-Shock Rose Gold Dial Women 40.5mm G1693 GM-S2110PG-1A4 - Image 2

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

Casio G-Shock Rose Gold Dial Women 40.5mm G1693 GM-S2110PG-1A4 - Image 3

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

Casio G-Shock Rose Gold Dial Women 40.5mm G1693 GM-S2110PG-1A4 - Image 4

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

Description

Strong, steely, stylish — Go metal-clad, now in radiant shades of elegant color. The octagonal GM-S2110 takes on three new color schemes — pink gold and black, pink gold and pink beige , and dark grey. Metal elements in the dial add shine and texture, while the compact size ensures a comfortable fit for slimmer wrists. The sophisticated, minimalist design beautifully complements whatever you’re wearing, from stylish fashion to casual cool. Key resin components in the band are made with bio-based resin produced from renewable organic resources, a material expected to help reduce environmental impact.