Otis Little Lies – Matte Dark Tort_Brown Polar

Otis

Otis Little Lies - Matte Dark Tort/Brown Polar

Sale price$240.00
Available on backorder
Quantity:

Dashingly luscious with a small side of swank, the Little Lies is Otis' most popular cat-eye outline. They've taken a distinctive acetate and metal façade and married it with thin acetate temples to provide an incomparable mixed material look. The Little Lies is a lightweight classic which provides the ideal touch of feminine flair.

FEATURES

+ Mineral Glass
Mineral Glass is created from natural elements like sand and soda ash. It’s endlessly recyclable and harmless to humans and animals alike. Its high resistance to scratching and lack of distortion make it the world’s best lens material. It really does have to be Mineral Glass.

+ 100% UVA/UVB Protection
All Otis fixed-tint lenses block 100% of harmful UVA, UVB, and HEV light to provide superior protection from solar damage causing intraocular melanoma and macular degeneration, as well as reducing eye fatigue and reducing the visible signs of aging, while maintaining true color and depth perception.

+ 6 Base Lens Curve
Lens 'Base Curve' is a measure of the front curvature of the lens. The higher the number, the greater the curve. 6 base lenses are generally flatter across the front. 8 base lenses have a greater curve for a more 'wrapped' look.

+ Handmade Acetate Frames
Made with premium quality acetate (originating from renewable resources wood pulp and cotton fiber), the ideal material for making durable eyewear. Its hue is embedded within the product rather than sprayed onto the surface, retaining color brightness, and preventing peeling and fading. OTIS handmade frames have stainless steel wires injected into the temples for adjustability - a task best performed by an Eye Care Professional.

+ Vissottica Hinges with Stainless Steel Screws
Otis frames are produced with high quality three, five, and seven barrel hinges. These premium grade Vissottica brand hinges are extremely durable and boast 100% corrosion resistance.