Products

Types of Optical Lenses

Single Vision Lenses

Correct vision for a single focal length (distance, intermediate, or near).
Used to correct myopia (nearsightedness), hyperopia (farsightedness), or astigmatism.

 
Bifocal Lenses

Have two distinct optical powers in one lens.
- Typically divided into an upper segment for distance vision and a lower segment for near vision.

Progressive Lenses

Provide a seamless progression of multiple optical powers for distance, intermediate, and near vision.
Avoid the visible lines found in bifocal lenses

Lens Materials

CR-39 : Standard plastic lenses, lightweight and impact-resistant.
Polycarbonate : Highly impact-resistant, suitable for sports eyewear and safety glasses.
High Index:  Thinner and lighter than CR-39, ideal for strong prescriptions.
Trivex:  Lightweight, impact-resistant, and provides optical clarity similar to polycarbonate.

Lens Coatings

Anti-Reflective Coating (AR):  Reduces glare and reflections, improves vision clarity.
Scratch-Resistant Coating: Increases durability and longevity of lenses.
UV Protection:  Blocks harmful UV rays from reaching the eyes.
*Blue Light Blocking: Filters out blue light emitted from digital screens, reducing eye strain.

How Optical Lenses Work:

Refraction

Optical lenses work by refracting (bending) light rays as they pass through the lens material. This refraction helps to focus light onto the retina, correcting vision problems.

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Prescription

-Lenses are prescribed based on an individual's specific refractive error, measured in diopters. Negative diopters correct myopia (nearsightedness), positive diopters correct hyperopia (farsightedness), and cylindrical lenses correct astigmatism.

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Fitting

Optical lenses work by refracting (bending) light rays as they pass through the lens material. This refraction helps to focus light onto the retina, correcting vision problems.

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