Honeycomb lenses
What are honeycomb lenses?
The scientific name for honeycomb lenses is "microporous array optical coating" or "bionic compound eye structure optical coating". Because its microstructure is arranged like a honeycomb, it is commonly known as "honeycomb coating".
Its design is directly inspired by the compound eye structure of insects such as dragonflies and bees. Insect compound eyes consist of thousands of small ommatidia, each forming an image independently, ultimately synthesizing a wide-angle, high-sensitivity picture. The honeycomb lenses borrows this concept of "multi-channel, parallel light processing."
What are the advantages and functions of honeycomb lenses compared to traditional lenses?
- Lightweight and comfortable to wear
Honeycomb lenses are lighter than traditional lenses, reducing pressure on the bridge of the nose and ears, and improving wearing comfort.
- Comprehensive Visual Protection
It can filter more than 90% of high-energy blue light, relieve eye dryness and fatigue, reduce reflected light interference, and protect the retina; it can also avoid strong light glare, protect the fundus, and improve visual safety.
- Upgraded Optical Performance
Uniform light transmission reduces light refraction loss, resulting in low aberrations and distortion rates, avoiding blurry edge imaging, and ensuring clear and consistent vision at both near and far distances.
- Practical, durable, and easy to maintain
Honeycomb lenses can disperse impact force, making them less prone to breakage. They also reduce fingerprints and water stains, minimize wiping and wear, and extend the lifespan of the lenses.
Target audience
Frequent users of electronic devices:
For example, students and office workers. They spend long hours in front of computers and mobile phones every day, so their core need is to relieve screen eye fatigue. The advantage of honeycomb lenses in effectively filtering harmful blue light allows for precise adaptation, reducing eye dryness and soreness, while their lightweight nature makes them suitable for prolonged wear.
High-frequency users in outdoor settings:
For example, outdoor workers and sports enthusiasts. The core needs of this group are visual protection and safety. Strong outdoor light and ultraviolet rays can easily damage the retina; lenses with strong light resistance and UV protection can avoid glare interference; and their high impact resistance can cope with the collision risks during sports or outdoor work, improving safety.
People in critical periods of eye development:
This group mainly consists of teenagers. Their eyes are still developing, and lenses, while correcting vision, can filter blue light and stray light, reducing the stimulation of harmful light on the fundus and providing protection for eye development.
Comfort-conscious users:
These are everyday users. Their primary concern is portability and comfort. Honeycomb lenses are lighter than traditional lenses, enhancing everyday wearing comfort.
In summary:
Honeycomb lenses offer significant advantages in light transmission and breathability, providing the benefits and functions described above, thus gaining increasing popularity. When purchasing honeycomb lenses, it's essential to choose different materials and styles based on your individual needs and eye condition to ensure eye health and comfort.