
( Brand: Foster Grant ), ( Manufacturer Part Number: TARA ), ( Model: NS1117 ), ( Lens Material: Plastic ), ( Magnification Strength: 2.00 Strength ), ( Type: Eyeglasses ), ( Department: Unisex ), ( Frame Color: Brown ), ( Country Of Origin: China ), ( UPC: 887661363879 )
Introducing the Foster Grant 887661363879 2.00 Frame Reading Glasses Tara NS1117 C4 - a stylish and functional solution for those with prescription reading needs. These glasses are designed with a contemporary style that is both fashionable and comfortable for everyday wear.
The frames are made from a lightweight and durable material, ensuring they sit comfortably on your face without causing pressure or discomfort. The 2.00 diagnostic lens strength provides an optimal magnification for close-up activities such as reading, writing, or using digital devices. The lenses meet the ANSI Z80.3 standard for near vision correction, ensuring accurate and effective magnification.
The Tara NS1117 C4 frame style is characterized by its sleek and modern design. The full-rim frame provides a classic look, while the slightly angled temples add a touch of sophistication. The frames come in a rich, matte black color that complements any outfit or skin tone.
The temples of these glasses feature soft, adjustable silicone tips that help ensure a secure and comfortable fit. They also include arms that are long enough to accommodate most head sizes, making them a versatile option for a wide range of users.
The lenses are also scratch-resistant, providing an additional layer of protection against daily wear and tear. This feature ensures that your glasses will maintain their clarity and functionality over time, reducing the need for frequent replacement.
In summary, the Foster Grant 887661363879 2.00 Frame Reading Glasses Tara NS1117 C4 offer a stylish and functional solution for those with prescription reading needs. Their contemporary design, comfortable fit, and durable construction make them an excellent choice for anyone looking for a reliable pair of reading glasses.
* Affordable: These Foster Grant reading glasses are relatively inexpensive compared to prescription glasses or other high-end reading glasses.
* Style: The Tara NS1117 C4 frame design is modern and fashionable, making them suitable for everyday use.
* Magnification: The 2.00 magnification power is sufficient for most people with age-related reading difficulties.
* Distance between Lenses: The 1.57 inches between the lenses is suitable for individuals with an average interpupillary distance.
2. **Cons:*** Not Prescription: These are not custom-made prescription glasses. They may not provide the exact magnification or correction you need for your specific visual condition.
* Limited Color Options: The Foster Grant 887661363879 comes in a limited number of frame colors.
* Plastic Frames: The plastic frames might not be as durable as metal or other premium materials.
**Ending Conclusion:**The Foster Grant 887661363879 2.00 Frame Reading Glasses (Tara NS1117 C4) offer a modern design, affordable price, and sufficient magnification for most users. However, they do have limitations such as being non-prescription and having a limited color palette. The decision to buy these glasses depends on your individual needs, preferences, and budget.
**Recommendation:**If you're looking for affordable, everyday reading glasses with a modern design and sufficient magnification, the Foster Grant 887661363879 could be a good choice for you. However, if you require prescription glasses or a wider range of color options, it would be best to consult an optometrist for a custom solution.
Comes with a cloth case for storage. Please view photos for a good of these glasses. Glasses are high-quality, lightweight, comfortable reading glasses with flexible hinges which adapt to all face shapes sizes. PD is 58.5mm.
Presbyopia is a natural phenomenon linked to aging of the eyes which diminishes vision from age 40-45 onwards. These glasses are BROWN in color. This sale is for one 1 pair of Foster Grant reading glasses presbyopia. Unisex, universal model of glasses.