Lenses

(time 0:43) : Dispensing: Anti-Reflective Treatment

Are you bothered by glare while driving at night? While there is no easy way to measure it, we all know glare when we see it. Anti-reflective lens treatments are designed to eliminate glare. These lens treatments improve safety by allowing more light to enter into the eye, about 8 to 10% more. This will allow you to recognize potential hazards on the road, especially at night. As you can see the glare from headlights and street lamps are virtually eliminated. For more information ask about Anti-reflective lens treatments.

(time 1:50):) : Dispensing: Bifocal Lens (BF)

In order to maintain clear distance and near vision at the same time, bifocal lenses are the ideal solution. As you can see, bifocal lenses offer the advantage of clearing both distant and near objects. Although bifocals have a clear advantage over single vision lenses, they do have certain limitations. One major disadvantage of using a bifocal is the demarcation line which separates the distant and near prescription. This is a problem, because it creates a disruption when moving from the distance prescription to the near. Another complaint with bifocals is the optical phenomenon known as "jump" that is created when you move your eyes from the distance portion of the lens, through the demarcation line and into the near portion. This causes images to appear distorted, or displaced. Another limitation of the bifocal lens is the inability in most cases to view intermediate objects like a the computer monitor. As you can see, while distant objects remain clear,THE the intermediate computer vision may remain blurry. If this is the case, the only way to clear the computer screen is to use the bifocal portion of the lens and you must move your head closer to the monitor. Constantly moving your head becomes very uncomfortable. Especially if computer work is performed for an extended period of time. The inability to clear the intermediate vision problem is the major complaint by most bifocal users and as a result, a different type of multifocal lens is required.

(time 1:39) : Computer Lens Overview

Millions of people spend long hours working at their computers — and if you are one of them, your computer monitor could be doing real harm to your eyes. Sore and tired eyes, headaches and blurred vision — even neck and back pain from straining to see your monitor — are all symptoms of Computer Vision Syndrome, or CVS. CVS can affect anyone who works on a computer. While maintaining good posture is an important part of the solution, a prescription for customized computer lenses can significantly reduce many of the symptoms that you may be experiencing. Customized computer lenses are different from regular eyeglass lenses. Regular eyeglass lenses may be good for reading, or driving, but they are not always suitable for computer work. Computer lenses are uniquely designed to make it easier to focus at the distance of your computer monitor, and reduce the glare caused by the lighting in your working environment. These lenses can also be given special tints, and lens coatings, that provide sharper vision, and better protection for your eyes. Computer glasses are not intended to replace your regular eyeglasses. They are recommended as a second pair of glasses, because they are customized to provide enhanced vision specifically for the workplace environment.

(time 0:29) : Dispensing: Hi-Index Lenses + AR

A high index lens reflects more than a standard plastic lens. The higher the index, the greater the reflection on the lens. In order to eliminate these reflections, an AR coating should be applied to the lens. AR-Coated high index lenses provide the most precise and clear vision possible.

(time 1:24):) : Dispensing: Hi-Index Lenses

Wearing eyeglasses can be an uncomfortable experience for those patients who have strong prescriptions. Standard eyeglass lenses usually had to be very thick – and very heavy – to adequately correct their wearer's vision. Today, High Index Lenses offer a thinner, lighter alternative to standard lenses. Lenses made from high index materials deliver the same vision correction as their bulkier counterparts, and their lighter weight makes wearing them for extended periods of time much more comfortable. The thinner profile and lighter weight of high index lenses open the doorway to frame options previously unavailable to those with strong prescriptions. Wearers of high index lenses are able to select from countless frame styles and eye wear fashions available. Anti-reflective options can enhance the experience of wearing high index lenses, by eliminating reflections which are more common in high-index materials. For those with strong prescriptions, high index lenses provide exceptional vision correction – greater comfort – and a more flattering appearance.

(time 0:33):) : Dispensing: Polycarbonate Lenses

Polycarbonate lenses are 10 times stronger, 30 percent lighter, and up to 50 percent thinner than conventional plastic lenses. They absorb all harmful UV light and are virtually shatter proof. Polycarbonate lenses are the preferred choice for both active adults and young children.

(time 1:24) : Dispensing: Intro to Progressive Lenses

As your vision changes with time, single vision lenses – or lined multifocal lenses – may no longer offer you the best vision correction possible. Progressive lenses correct vision in a way that closely resembles natural eyesight. These lenses offer clearer vision at all distances – close up – intermediate – and far away. Those who have considered progressive lenses in the past, may be pleased to learn that improvements in technology – such as wider fields of vision – have made progressive lenses easier to adapt to than ever before. The transitions between focal zones are seamless – allowing one to shift focus from far away – to intermediate – to close up distances, with ease. There are no visible lines between the zones either – so no one can tell that you need the additional help to see up close. For many lens wearers, progressive lenses are a better alternative, offering outstanding clarity and comfort to see at all distances. Now is the perfect time to take a good look, at progressive lenses.

(time 1:09) : Dispensing: Single Vision Lens (N.V.O.)

Let's use the office setting as a good example of simultaneous visual tasks that most people typically encounter. The most popular method for correcting near vision is with a single-vision near lens correction. This lens provides clear near vision, with a large field of view. Although this corrective lens effectively clears the near vision, the disadvantage is that the distance objects are now blurry. You can also see that viewing an intermediate object, such as a computer screen, appears blurry as well. In order to clear the intermediate object you must move your head closer to the screen. This is because the near-vision correction is usually set for clear vision at around 16 inches. Computer monitors, like most intermediate tasks, are usually at a further distance. Using a single-vision near lens can be visually uncomfortable when multiple vision tasks are required. As a result, we need to talk about a more appropriate lens option may be needed..

(time 0:42) : What is a Refractive Error

When light reaches a curved surface it bends. This process of bending light is called refraction. The two main refractive surfaces of the eye are the cornea, and the lens. These two curved surfaces, along with other internal structures of the eye, work together to focus light onto the retina in the back of the eye. If light does not focus directly on the retina, the eye will be nearsighted, farsighted, or astigmatic. These problems are called refractive errors.

(time 0:39) : Dispensing: Polarization - Driving Scene

Are you bothered by glare from the sun while driving during the day? Driving towards the sun is not only distracting, it can also be extremely dangerous. Polarized lenses are designed to reduce glare from the sun. These lenses improve safety by allowing you to recognize potential hazards on the road. As you can see, the glare from the sun is virtually eliminated, allowing you to spot hazards quickly and easily. For more information, ask about polarized lenses.

(time 1:12) : Dispensing: Polarization - Water Scene

Are you bothered by glare from the water, during summer days? Ordinary tinted lenses merely darken what you see and do not actually get rid of glare. Polarized lenses are designed to eliminate glare. This unique lens can cut through haze and produce "Enhanced vision", where objects are clearer, cleaner, and even colors are more vibrant. Polarized lenses actually bend reflected light away from your eyes, which means when you look at water, surface reflection is eliminated. As a result you are able to see below the water's surface and spot fish to amazing depths thru these lenses. Many polarized lenses now feature Anti-reflective treatment on the back of the lens for even better clarity and reduced back glare. For more information ask about polarized lenses with Anti-reflective treatment, the world will look better and so will you.

(time 0:50) : Dispensing: Variable Tinted Lenses

Your glasses are a reflection of who you are – That shouldn't change just because you go outside. Even on a cloudy day, harmful UV rays can damage your eyes. Having a separate pair of glasses solves this problem, but having to switch between the two can be inconvenient, and frustrating. The answer is Variable Tint Lenses, which are activated by the sun's UV rays. Variable Tint lenses combine freedom and convenience, with the very latest in vision correction technology. So enjoy the frames that express the real you; Indoors and outdoors – all day – and all night.