G-Shock Women Quartz Pink Dial Analog-Digital Resin Watch G1656
Go stylish and comfortable with brilliance and beauty — savor the polished gleam of metal with a dash of stylish individuality. On-trend color dials in flattering beige and glamorous purple add a touch of refinement and shine to the wrist. The hairline finish of the octagonal metal bezel adds beautiful texture, and the dial incorporates metal elements for a touch of luxe styling in a flat design with well-defined indexes and LCD. We’ve also adjusted the length of the band to fit slimmer wrists with total comfort. Key resin components of the band are made with bio-based resin. Produced using renewable organic resources, this material is expected to help reduce environmental impact.
Go stylish and comfortable with brilliance and beauty — savor the polished gleam of metal with a dash of stylish individuality. On-trend color dials in flattering beige and glamorous purple add a touch of refinement and shine to the wrist. The hairline finish of the octagonal metal bezel adds beautiful texture, and the dial incorporates metal elements for a touch of luxe styling in a flat design with well-defined indexes and LCD. We’ve also adjusted the length of the band to fit slimmer wrists with total comfort. Key resin components of the band are made with bio-based resin. Produced using renewable organic resources, this material is expected to help reduce environmental impact.
Description
Go stylish and comfortable with brilliance and beauty — savor the polished gleam of metal with a dash of stylish individuality. On-trend color dials in flattering beige and glamorous purple add a touch of refinement and shine to the wrist. The hairline finish of the octagonal metal bezel adds beautiful texture, and the dial incorporates metal elements for a touch of luxe styling in a flat design with well-defined indexes and LCD. We’ve also adjusted the length of the band to fit slimmer wrists with total comfort. Key resin components of the band are made with bio-based resin. Produced using renewable organic resources, this material is expected to help reduce environmental impact.
