Oakley have been making designer glasses and sunglasses frames for many years now, and are justifiably associated with high-quality and high-technology designs which both flatter the wearer and are very practical.
This company called the material they use in the manufacture of their prescription eyewear "Unobtainium".
As with their sunglasses, Oakley prescription glasses are designed to use a particular grip on the arms of the frames, meaning that they don't slip during hot weather, and when someone is training hard, unlike other glasses that tend to slip around.
The Three Point Fit simply relates to how the Oakley prescription glasses sit on the face of the wearer, making just 3 points of contact, the nose and one on each side of the wearer's head.
Since their main goal is to provide a clearer view to the wearer, they have been able to capture this market wholeheartedly. Due to this, they have been able to get the approval of the public for their products.
Oakley prescription glasses can be made using various materials. The company have designed their own alloy, which is known as C5 Alloy. This alloy is made using 5 different types of metals and is especially developed in order to imitate titanium's high strength and lightweight properties.
Where there is a need for style, Oakley makes use of 2 different other kinds of materials for eyewear construction; O Matter and acetate.
Acetate is typically used to construct certain spectacles from Oakley's Lifestyle range of eyewear as it allows heat moulding in order to give a customized fit. O Matter is one of the company's very own creations, and is a high strength polycarbonate.
Oakley prescription glasses offer the best impact protection. Oakley has put a lot of technology into manufacturing prescription glasses. The Oakley eyewear impact protection complies with world class standards.
Due to the number of people who are interested in using Oakley prescription glasses, it is important to know that there are fakes around.
Secondly, they fire a ball-bearing straight at the lens at 102 miles per hour. The tests are particularly designed in order to simulate real-life impacts.