Brand
Color code
003
Frame Color
Black Gold
Lens Color
Clear Demo Lenses
Model
GG1025O
Frame Material
Acetate
Gender
Women
Lens Socket Width
51
Temple Length
140
Bridge Size
18
Style
Square
Frame Type
Full Rim
RX-Able
Prescription Eyeglasses
Introducing the stunning Gucci GG1025O 003 Black with Gold Detachable Chain 51mm eyeglasses, a luxurious designer accessory that combines high fashion with practicality. The sleek frame boasts a unique blend of black and gold acetate, giving it a sophisticated and elegant look that is sure to turn heads. The detachable gold chain adds a touch of glamour and versatility, allowing you to switch up your style effortlessly.
At OSSA FRAMES, we understand the importance of quality eyewear that not only looks good but also feels comfortable to wear. The Gucci GG1025O features clear demo lenses that can easily be replaced with your prescription, making it a practical choice for everyday use. With a lens socket width of 51mm and a bridge size of 18mm, these eyeglasses are designed to provide a perfect fit for women who appreciate both style and functionality.
The square shape of the frames adds a modern and edgy touch to any outfit, making them a versatile accessory that can be dressed up or down depending on the occasion. The temple length of 140mm ensures a secure fit, while the Gucci logo engraved on the temples serves as a subtle yet recognizable detail that sets these eyeglasses apart.
Whether you're heading to a business meeting or a night out on the town, the Gucci GG1025O 003 eyeglasses are sure to elevate your look and make a statement. Treat yourself to a touch of luxury with these stylish and sophisticated frames from one of the most iconic fashion brands in the world.
Don't compromise on style or comfort when it comes to your eyewear - choose the Gucci GG1025O 003 Black with Gold Detachable Chain 51mm eyeglasses from OSSA FRAMES today and step out in confidence and style.
At OSSA FRAMES, we understand the importance of quality eyewear that not only looks good but also feels comfortable to wear. The Gucci GG1025O features clear demo lenses that can easily be replaced with your prescription, making it a practical choice for everyday use. With a lens socket width of 51mm and a bridge size of 18mm, these eyeglasses are designed to provide a perfect fit for women who appreciate both style and functionality.
The square shape of the frames adds a modern and edgy touch to any outfit, making them a versatile accessory that can be dressed up or down depending on the occasion. The temple length of 140mm ensures a secure fit, while the Gucci logo engraved on the temples serves as a subtle yet recognizable detail that sets these eyeglasses apart.
Whether you're heading to a business meeting or a night out on the town, the Gucci GG1025O 003 eyeglasses are sure to elevate your look and make a statement. Treat yourself to a touch of luxury with these stylish and sophisticated frames from one of the most iconic fashion brands in the world.
Don't compromise on style or comfort when it comes to your eyewear - choose the Gucci GG1025O 003 Black with Gold Detachable Chain 51mm eyeglasses from OSSA FRAMES today and step out in confidence and style.
There are no reviews for this product, be the first to leave your review.
Temple Length:
140 mm
Bridge Size:
18 mm
Lens Socket Width:
51 mm
Wondering what glasses suit your face? Look at the face shapes below and compare your facial features to discover the ideal eyewear that elevates your appearance.
Klarna™ - Split the cost of your purchase into 4 interest-free payments, paid every 2 weeks. No interest. No catch. Just more time to pay for the things you love.
Afterpay™ - Pay in 4 interest-free installments. Budget your spending. Earn rewards when you shop. Discover thousands of brands and millions of products, online and in-store.
Affirm™ - An easier way to pay. Affirm gives you a buy-now-pay-later option with no hidden, late fees, or surprises. As low as 0% APR. No Hidden Fees. Thousands of stores. Easy monthly payments.
Gucci GG1025O Square Eyeglasses
380$