Compare our lens tints
HOW TO READ THIS GRAPH
The lower the white line, the more light the lens blocks. The higher the line, the more light it lets through.
450nm · 5.56% THROUGH
94.4% BLOCKED AT 450nm
Moderate blue-light filtering. Reduces substantially more blue light than the clear lens while maintaining good overall visible-light transmission.
Measured every 10 nanometers by Micro-Light Optics Co., Ltd.
480nm · 1.23% THROUGH
98.8% BLOCKED AT 480nm
Strong blue-light filtering. Keeps transmission extremely low through the blue range before gradually allowing more green and warmer wavelengths through.
Measured every 10 nanometers by Micro-Light Optics Co., Ltd.
550nm · 0.44% THROUGH
99.6% BLOCKED AT 550nm
Maximum nighttime filtering. Keeps transmission extremely low through blue and much of the green spectrum, with the sharpest transition occurring toward the warmer wavelengths.
Measured every 10 nanometers by Micro-Light Optics Co., Ltd.
410nm · 7.12% THROUGH
92.9% BLOCKED AT 410nm
Light filtering with virtually no color distortion. The lens strongly reduces violet light around 410 nm, then rapidly becomes highly transparent across the rest of the visible spectrum. Best when maintaining natural color and clarity is the priority.
Measured every 10 nanometers by Micro-Light Optics Co., Ltd.
Measured across the visible spectrum. The colored area is what the lens lets through.
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