Key takeaways.
- You can get AI glasses with your vision prescription. This is a critical feature for users who need corrective lenses.
- There are two main methods for integrating prescriptions: fully bonded lenses like those in Even G1, and separate clip-in lens inserts used by many AR glasses.
- Bonded lenses offer a slimmer, lighter, and more integrated design without the drawbacks of inserts, like the added bulk or dust getting trapped between layers.
- The process for getting AI prescription glasses involves providing a valid prescription either online at checkout or through a partner optician.
- Correctly engineered AI prescription glasses ensure the heads-up display (HUD) remains clear and in focus, regardless of your vision correction type.
Can you get AI glasses with prescription lenses?
For the vast number of people who rely on corrective eyewear, this isn't just a nice-to-have; it's a dealbreaker. The good news is AI prescription glasses are a reality. The global prevalence of uncorrected refractive errors affects millions, making it essential for any personal technology worn on your face to accommodate vision needs.
However, not all smart glasses handle prescriptions in the same way. The method used to integrate your prescription has a significant impact on comfort, appearance, and the overall user experience. While the world of AI glasses is expanding, understanding how your specific vision needs are met is the first step toward finding the right pair.
Bonded lenses versus inserts.
The technology behind adding a prescription to smart glasses generally falls into two categories. One method is based on integration, while the other is an accessory-based solution. The difference is critical for daily use.
Even G1 advantage: the bonded waveguide lens.
Even G1 uses a proprietary process where a digitally surfaced prescription lens is bonded directly to the waveguide display lens. A waveguide is an advanced optical element that guides light from a micro projector to your eye, creating the heads-up display.
By bonding the two components into a single unit, the result is an ultra-slim lens that is no thicker than a standard pair of glasses.
This approach provides several benefits:
- Aesthetics and weight: The glasses look and feel like standard eyewear, avoiding a bulky or heavy front.
- Durability: There is no gap between the lenses, preventing dust, moisture, or smudges from getting trapped inside.
- Optical clarity: It creates a single, clean optical path for both your corrected vision and the digital display.
The prescription insert method.
Many other smart glasses, particularly those focused on more immersive AR, use a separate prescription lens insert. This is a small, custom-made lens that clips onto the frame, sitting behind the device's main non-prescription lens.
While this method works, it comes with trade-offs:
| Feature | Bonded Lens (Even G1) | Prescription Insert |
|---|---|---|
| Design | Slim, fully integrated | Adds bulk and weight |
| Maintenance | Cleans like a normal lens | Can trap dust between layers |
| Appearance | Indistinguishable from regular glasses | Looks like an add-on accessory |
| Comfort | Balanced and lightweight | Can make glasses front-heavy |
Getting Even G1 with your prescription.
Getting Even G1 frames with your specific vision correction is a straightforward process, with options available for different lens types.
What you'll need.
To begin, you must have a valid, unexpired prescription from your optometrist. This includes your specific pupillary distance (PD) measurement.
Ordering online (for single vision lenses).
If you use single-vision lenses, you can order your AI glasses with prescription lenses directly from our website.
- Choose your favorite Even G1 frame and color.
- Proceed to checkout and select the option to add prescription lenses.
- You will be prompted to fill in your prescription details and can upload a photo of your prescription card or email it to us later.
Purchasing in-person (for single vision & progressive lenses).
For those who need progressive lenses or prefer a hands-on experience, our certified optician partners can help. They are equipped to fit your Even G1 frames with any type of prescription lens, including progressives.
Ready to combine your eyewear?
Explore Even G1 frames and see how our bonded lens technology offers a superior prescription experience.
Explore Even G1Key factors for prescription smart glasses users.
When choosing prescription glasses with AI, several factors beyond the technology itself contribute to a good experience.
Impact on the display (HUD).
A primary concern is whether corrective lenses will distort or obstruct the heads-up display. Even G1's display is designed to work in harmony with your corrected vision, so the information on the HUD appears sharp and clear whether you have single vision or progressive lenses.
Weight and comfort.
Because of bonded lens technology, the Even G1 remains comfortable for all-day wear. The balanced design prevents the front-heavy pressure that can occur with glasses that use inserts.
Cost considerations.
Adding prescription lenses to any smart glasses is an additional cost on top of the device's price. The final price depends on your specific prescription and the type of lenses you choose (e.g., single vision vs. progressive). You can learn more by reading our guide to AI glasses prices.
Finding the right frame and fit.
The right fit is essential for both vision and comfort. Before you buy, you can explore different Even G1 styles via Virtual Try-On to see which one best suits your face.
The perfect merging of two essential wearables.
The ability to get AI glasses with prescription lenses is about more than just convenience. It represents the successful merging of your two most essential wearables: your vision correction and your connection to digital information. With an integrated device like Even G1, you no longer have to choose between seeing the world clearly and accessing the smart features that help you navigate it. It provides a single, elegant solution for both your physical and digital sight.
FAQs.
Can you get prescription AI glasses?
Yes. High-quality AI glasses like Even G1 are designed to be fully compatible with prescription lenses, including both single vision and progressive types.
How is Even G1 different from other prescription smart glasses?
Even G1 uses a bonded lens technology that fuses the prescription lens and the waveguide display into one slim unit. This differs from other models that use bulky clip-in inserts, offering a lighter and more durable design that looks like standard eyewear.
Does adding a prescription make AI glasses heavier or bulkier?
With Even G1's bonded lens, the added weight is minimal and the profile remains ultra-slim, so the glasses do not become heavier or bulkier. This is a key advantage over the insert method, which does add noticeable weight and bulk.
Will my vision insurance cover AI glasses?
Coverage policies vary widely. Some insurance plans may cover the cost of the prescription lenses, but not the frames or technology. It's best to check directly with your vision insurance provider for specific details about your coverage for smart eyewear frames.
What's the difference between AI glasses and AR glasses with prescription lenses?
AI glasses typically focus on providing information (like notifications and text) through a simple HUD, and they're designed for all-day wear. AR glasses aim to overlay interactive 3D graphics onto the world, and they're often bulkier. Because of their design, most AR glasses rely on prescription inserts, while AI glasses like Even G1 can use more integrated solutions like bonded lenses.
References.
- Naidoo, K. S., Leasher, J., Bourne, R. R., Flaxman, S. R., Jonas, J. B., Keeffe, J., Limburg, H., Pesudovs, K., Price, H., White, R. A., Wong, T. Y., Taylor, H. R., & Resnikoff, S. (2016). Global Vision impairment and blindness due to uncorrected refractive error, 1990–2010. Optometry and Vision Science, 93(3), 227–234. https://doi.org/10.1097/opx.0000000000000796
- Chen, B., Li, C., Li, X., Zhao, D., Cai, L., Du, K., & Qiu, M. (2024). Ultra-Thin, Ultra-Light, Rainbow-Free AR glasses based on Single-Layer Full-Color SIC Diffrcative WaveGuide. arXiv (Cornell University). https://doi.org/10.48550/arxiv.2409.14487