Lab Tested Dolce&gabbana Dx5002 Eyeglasses Save 35% Now [DdQM2b3g]

Lab Tested Dolce&gabbana Dx5002 Eyeglasses Save 35% Now [DdQM2b3g]: Timeless Fashion for Kids

Lab Tested Dolce&gabbana Dx5002 Eyeglasses Save 35% Now [DdQM2b3g] are a perfect blend of fashion and functionality designed for the young trendsetters of today. These eyeglasses embody the iconic 90s oversized elastic logos, bringing back the nostalgia in a modern and sophisticated way. With their sleek and durable design, these frames are not just a fashion statement but also a reliable accessory for daily wear. Here are some key features that make the DX5002 stand out:

• Iconic 90s elastic branding
• High-quality and durable construction
• Multiple color options to suit various styles

Technical Specifications and Details

The Lab Tested Dolce&gabbana Dx5002 Eyeglasses Save 35% Now [DdQM2b3g] are engineered with precision and comfort in mind. They come with the following specifications:

• Manufacturer: Dolce&Gabbana
• Category: Eyeglasses
• Age Group: Kids
• Gender: Men
• Shape: Rectangle
• Front Material: Injected
• Temple Material: Injected
• Fit: High Bridge Fit
• Fitting: Narrow
• Rim Type: Full-Rim
• Face Shape: Oval, Round
• Prescription Ready: Yes

These frames are designed to fit comfortably, with a high bridge fit and a narrow fitting, making them ideal for children's delicate features.

Practicality and Everyday Benefits

The Lab Tested Dolce&gabbana Dx5002 Eyeglasses Save 35% Now [DdQM2b3g] are not just stylish but also practical for daily use. Whether your child is driving, studying, or playing outdoors, these eyeglasses offer the perfect combination of fashion and functionality. Here are some practical benefits:

• Suitable for driving and road use: Ensuring clear vision on the go
• Prescription ready: Customizable to meet individual vision needs
• Multiple color options: To match various outfits and personal styles

The DX5002 Eyeglasses are a perfect choice for kids who want to look great and see clearly, all while making a bold fashion statement.