產(chǎn)品鏡片均由全玻璃鋼材質(zhì)做成，保證圖像一致性。鏡片是完成非流體力學(xué)運(yùn)用、乙醇及過(guò)氧化物清理實(shí)際操作的商品。全夾層玻璃鏡片在防止塑膠電子光學(xué)材料伴隨的典型性做霧化、若隱若現(xiàn)及裂開(kāi)狀況的另外，附加有特薄、無(wú)形中的氫氧化物雙層（5層或之上）抗反射面（AR）鍍層，并遮蓋于鏡片雙側(cè)表層，較大 水準(zhǔn)地降低炫光量，使圖像傳送品質(zhì)達(dá)到較好！
它是當(dāng)今目前市面上具有該特點(diǎn)的鏡片商品。
抗反射面表層鍍層是決策鏡片品質(zhì)重要的要素之一，它是一種特薄、無(wú)形中的氫氧化物雙層（5層或之上）涂層，遮蓋于鏡片雙側(cè)表層。該雙層涂層降低了鏡片表層產(chǎn)生的炫光量，促進(jìn)大量光源抵達(dá)眼底黃斑，提升了圖像傳送品質(zhì)。
為何必須抗反射面(AR)鍍層？
無(wú)鍍層鏡片將導(dǎo)致4-16%的光源被反射面或丟失。提升AR鍍層后，鏡片的總體傳送品質(zhì)最大可提高15%。
為何AR鍍層附帶色彩？
伴隨著多色調(diào)（藍(lán)紫色、深藍(lán)色、翠綠色、淡黃色、橘色和鮮紅色）可見(jiàn)光譜的挪動(dòng)，光波長(zhǎng)（400-700nm）拉長(zhǎng)。依據(jù)設(shè)計(jì)方案，AR鍍層對(duì)色譜分析的功效水準(zhǔn)各有不同。因而，抗反射面效用針對(duì)各色調(diào)的危害有所區(qū)別，進(jìn)而對(duì)鏡片產(chǎn)生了輕度色移。該色移可根據(jù)操縱，利潤(rùn)最大化地提高圖像傳送品質(zhì)，并產(chǎn)生一種舒服的外型色彩。融合設(shè)計(jì)方案，鍍層在可見(jiàn)光波長(zhǎng)范疇內(nèi)實(shí)際效果顯著，另外在全鐳射手術(shù)光譜儀中做到較優(yōu)控制。完成真正的顏色復(fù)原，出示極致的圖像飽和度，在鐳射應(yīng)用中也可以保證詳細(xì)傳送實(shí)際效果。
What is an Anti-Reflective (AR) Coating?
An Anti-Reflective (AR) coating is a thin, invisible multi-layered hydroxide coating (typically 5 or more layers) applied to both sides of the lens surface. It is designed to reduce glare to the greatest extent possible and enhance image transmission quality.
The lenses are made entirely from glass materials, ensuring image consistency. These lenses are specifically designed for non-fluid dynamics applications and cleaning processes using ethanol and peroxides. Unlike plastic optical materials, which are prone to common issues such as fogging, blurriness, and cracking, full glass lenses provide superior durability.
With the added AR coating, the lenses achieve optimal image transmission quality while minimizing glare, making them among the most advanced products available on the market today with these features.
An Anti-Reflective (AR) coating is one of the key factors determining lens quality. It is a very thin,
invisible multi-layer hydroxide coating (typically 5 or more layers) applied to
both sides of the lens surface. This multi-layer coating reduces glare
generated on the lens surface, allowing more light to reach the macula and
enhancing image transmission quality.
Why is an AR Coating Necessary?
Without a coating, lenses can lose 4–16% of light through
reflection or scattering. By adding an AR coating, the overall light
transmission quality of lenses can improve by up to 15%.
Why Do AR Coatings Have Colors?
AR coatings can appear with slight coloration due to their
interaction with the visible spectrum (wavelengths 400–700 nm). The effect of
the coating varies depending on its design and influences specific colors in
the visible spectrum, resulting in a subtle color shift.
These color shifts can be controlled to maximize image
transmission quality and create a comfortable appearance. AR coatings are
particularly effective in the visible wavelength range and achieve superior
control across the laser spectrum, ensuring true color reproduction, optimal
image saturation, and complete transmission effects during laser applications.
