Products

Photochromic Gray lenses are a type of lens with special optical properties that can appear transparent or nearly transparent indoors or in low light environments, and automatically darken in strong light environments, providing shade and eye protection.
This type of lens usually uses photochromic materials that can instantly turn gray in sunlight, block ultraviolet rays, and protect the eyes from harm.

The main function of blue coating lenses is to prevent blue light.
It can effectively filter out harmful blue light, protect the eyes, and alleviate eye fatigue caused by prolonged use of electronic devices.
It also has anti radiation function, suitable for users who wear glasses for a long time.
In terms of wear resistance, blue coating lenses perform well, maintaining clarity and comfort for a longer period of time.
HMC blue coating lenses also have waterproof function.
This characteristic allows the lens to maintain good clarity even in humid environments, and is not easily affected by water mist or moisture.
This is a great advantage for people who frequently use glasses outdoors or in humid environments.

1.56 anti blue light green coating HMC lenses are usually made of resin material, which is lightweight and not easy to break, suitable for daily wear.

The refractive index of this lens is 1.56, which can effectively filter blue light, reduce the stimulation and damage of blue light to the eyes, and is suitable for people who use electronic devices for a long time.

There is a layer of green anti reflection coating on the surface of the lens, which can reduce light reflection, improve visual clarity, and increase the aesthetics of the lens.

It has a certain waterproof function, which facilitates cleaning and maintenance in daily use And it suitable for myopic patients, especially those with a degree below 500 degrees.

1.56 anti blue light green coating HMC lenses are usually made of resin material, which is lightweight and not easy to break, suitable for daily wear.
The refractive index of this lens is 1.56, which can effectively filter blue light, reduce the stimulation and damage of blue light to the eyes, and is suitable for people who use electronic devices for a long time
There is a layer of green anti reflection coating on the surface of the lens, which can reduce light reflection, improve visual clarity, and increase the aesthetics of the lens
It has a certain waterproof function, which facilitates cleaning and maintenance in daily use
And it suitable for myopic patients, especially those with a degree below 500 degrees.

1.56 high-definition lens is a type of lens with a refractive index of 1.56.
Usually used for correcting myopia, hyperopia, or astigmatism.

Photochromic lens are lens that change color when exposed to specific wavelengths of light (usually ultraviolet). When no longer illuminated by a light source, the lens returns to its original transmittance and becomes clear. This type of lens can be made of glass or plastic, and the color changing effect is achieved by adding silver chloride or other halides inside the lens.

Photochromic lenses are suitable for various environments, especially in environments with strong sunlight. For example, when exposed to ultraviolet and short wave visible light under sunlight, the lens will darken and reduce light transmittance; In indoor or dark environments, the light transmittance of the lens will increase, restoring its transparent state. This automatic adjustment feature can reduce visual fatigue and protect the eyes from the harm of sunlight, ultraviolet rays, and glare.

Color changing myopia lenses are a type of lens product that combines myopia correction and color changing functions. It can not only automatically adjust the color of the lens according to the strength of the light, protecting the eyes from harmful light such as ultraviolet rays, but also provide clear vision correction for patients.

Anti blue light lenses are a type of lens designed specifically to reduce the damage to the eyes caused by blue light emitted by electronic products. Its main function is to filter harmful blue light through special materials and processes, protecting the eyes from blue light damage.

The main characteristics of anti blue light lenses include reducing eye fatigue, protecting the retina, and improving sleep quality. Anti blue light lenses, through special coating or material technology, can effectively filter out some harmful blue light, reduce direct exposure of blue light to the eyes, thereby reducing eye fatigue caused by long-term use of electronic devices, protecting the retina, reducing the risk of retinal lesions, and helping to improve sleep quality.

Common materials include resin and glass. Resin lenses are lightweight and not fragile, while glass lenses have a better texture but are prone to breakage.
High end anti blue light lenses can filter out over 95% of blue light.
The higher the transmittance, the better the protective effect on the eyes, but it needs to be chosen according to personal usage environment and habits.

The high-definition lenses are made of imported high-purity resin raw materials, which have a maximum transmittance of 97%. The lenses are transparent and comfortable to wear with clarity

The high-definition lenses are made of polycarbonate (PC) and acrylic ester (Ac) materials, which make the lenses lightweight, wear-resistant, impact resistant, and perform well in color reproduction and crystal transparency.
The high-definition lenses are coated with multiple layers of UV resistant AR film, which can effectively prevent harmful UV rays and radiation from harming the eyes and protect eye health.

The design focus of high-definition lenses is to provide a clear visual experience, suitable for daily wear, especially in environments that require high-definition vision, such as reading, work, or activities that require high attention to detail. High definition lenses typically have higher transmittance and less color difference, providing a more realistic visual effect.