Description
The James Oro Opus sunglasses feature a hexagonal rimless design with a gracefully curved silhouette, making them a sophisticated and stylish choice for any occasion. These unisex sunglasses combine luxurious materials and expert craftsmanship, ensuring both durability and elegance.
Key Features
- Frame Material: Stainless Steel with Acetate Temple Ends
- Lens Material: Nylon
- Lens Technology: Polarized with 100% UV400 protection
- Lens Width: 54 mm (also available in XL at 58 mm)
- Bridge Width: 19 mm
- Temple Length: 140 mm
- Fit: Suitable for various face shapes
- Style: Hexagonal Rimless
- Gender: Unisex
Design and Comfort
The Opus sunglasses are crafted with precision, featuring a “diamond” beveled-edge lens cut and rope chain details on the 18kt gold or silver-dipped temples. Two-pronged lens drill mounts ensure strength and longevity, while spring hinges provide comfort and ease of wear. The lightweight stainless steel frame and acetate temple ends ensure a secure and comfortable fit, making these sunglasses ideal for everyday use or prescription lenses.
Branding and Aesthetics
These sunglasses feature the distinctive James Oro logo on the temples and the iconic Oro star emblem, adding a touch of luxury. The modern design and high-quality craftsmanship make these sunglasses a versatile and stylish accessory that complements any look.
Additional Information
The James Oro Opus sunglasses are perfect for those seeking a blend of high-performance sun protection and fashionable design. They provide excellent protection against glare and UV rays, making them an excellent choice for everyday wear and outdoor activities
Polarized lenses are designed to reduce glare from reflective surfaces such as water, snow, and pavement. The lenses contain a special filter that blocks horizontal light waves, which are the primary cause of glare. This results in clearer vision, better contrast, and reduced eye strain. Polarized lenses are particularly useful for outdoor activities such as fishing, boating, and skiing, where glare can be a significant problem.
