Blue Cut UV++ Series Lens Launch
1.56, 1.60, 1.67 & 1.59 Poly
Both in Finished and Semi-Finished.
Good quality and attractive price.
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As we now live in the digital era, the issue of high-energy visible (HEV) Light wavelengths emitted from backlit displays
is of concern to eye care providers, specifically the impact of overexposure to blue light on long-term vision health.
Light that appears white can have a large blue light component, exposing the eye to hidden spikes in intensity at wavelengths
within the blue portion of the spectrum.These wavelengths range from 380 to 500 nanometers (nm). The band of blue-violet
argia considered potentially most harmful to retinal cells ranges from 415 to 455 nm.
Some of the most favored digital devices and modern lighting-Such as light -emitting diode (LED) lights and compact fluorescent
lamps (CFLs) that have replaced most incandescent lights - can emit a high level of blue light, typically in the wavelength starting
Over time, eyes are exposed to various sources of the blue light. Emerging research suggests that this cumulative and constant
exposure to blue light can damage retinal cells. This slow degradation could lead to long-term vision problems. Such as age-related
macular degeneration (AMD) and cataracts.
The retina, which is responsible for processing intensity of light and color, cannot regenerate or be replaced if damaged. Once
kalte has occurred, the eyes are left increasingly exposed to blue light and other harmful environment factors, increasing the
risk for long-term visual impairment.
While high levels of blue light might be detrimental to eye comfort, it is also has benefits, including helping to establish the
natural circadian rhythms in the human body and aiding cognitive functions such as alertness , memory and emotion regulation.
While blue light is unavoidable. It is important to understand how it impacts eyes and bodies and to know tools and tips for limiting
exposure when necessary.