THERAPEUTICS

Therapeutic Tints

See Better. Feel Better. Live Lighter.

A specialized line of tinted lenses designed for people experiencing light sensitivity, migraines, visual system overload, or general visual discomfort. These therapeutic tints work selectively – filtering specific wavelengths of light to help reduce visual strain and support greater everyday visual comfort.

This color range expands customization possibilities, offering alternative solutions for clients who find standard lenses or conventional filters insufficient.

Developed with optical precision, Therapeutic Tints provide a reliable solution for managing complex visual comfort challenges.

Therapeutic Tints

Reduce light sensitivity
Enhance contrast perception
Decrease eye fatigue
Improve overall visual comfort

Therapeutic colors work selectively, therefore it is essential that the coating does not alter their spectral properties. Therapeutic Tints are recommended to be paired with the Achromatic coating, which has no residual color, reduces reflections, and preserves the precise therapeutic tint without distortion.

Other coatings are available; however, due to potential residual color, slight changes in tint appearance and light transmission spectrum may occur.

Recommended with the following lens designs:
Eyetrix, StressLess, Horizon one+, Horizon 360 HD+, Horizon 360 HD+ Select.

Calming effect, improves bright-light vision

GREEN 490 -70 %

Spectral analysis: In the blue color interval, transmittance is low (about 10–15%); in the green interval (~520–540 nm) it reaches a local maximum of about 45%; in the yellow interval it decreases again; and in the red wavelength range (650–700 nm) the transmittance rises again to approximately 75–80%.

Filters blue light Improves contrast perception Enhances vision in low-light conditions

YELLOW 490 - 20 %

Spectral analysis: Blue light (400–470 nm) is almost completely blocked. Transmission rises sharply in the greenish-yellow interval (~500–520 nm) and remains very high—around 95–100%—from the green through the red spectrum (530–700 nm).

Filters blue light Improves contrast perception Enhances vision in low-light conditions

YELLOW 510 - 40%

Spectral analysis: Blue wavelengths are strongly suppressed (approximately 0–5%). Transmission increases more gradually in the green–yellow interval compared to Yellow490, and reaches high—though slightly lower—levels of around 90–95% across the green to red spectrum (550–700 nm).

Filters 480–520 nm wavelengths May reduce migraine episodes May decrease blinking frequency in BEB (Benign Essential Blepharospasm)

FL-41 - 30 % 55% 75%

Spectral analysis: Short-wavelength blue light (approximately 450–520 nm) is suppressed most strongly (as these wavelengths are more likely to trigger migraine episodes and photophobia symptoms). Transmission gradually increases in the green spectrum, reaching medium to high levels—around 80–90%—in the yellow and red ranges (560–700 nm).

May help support circadian rhythm balance Enhances contrastReduces photophobia

ORANGE 540 -70 %

Spectral analysis: Blue light transmission is minimal (up to 5%). Transmission gradually increases in the green range and reaches high levels—approximately 90–100%—in the yellow and red wavelengths (580–700 nm).

Reduces light sensitivity May have a calming effect on the central nervous system Used in amblyopia therapy (based on scientific data

RED 560 - 80 %

Spectral analysis: Blue and green wavelengths are transmitted only minimally (approximately 0–5%). Transmission rises sharply in the yellow interval (~560–580 nm) and reaches maximum levels—around 95–100%—in the red spectrum (600–700 nm).

Reduces glare in bright light Enhances depth perception Reduces visual strain

BROWN 590 - 80 %

Spectral analysis: Blue light transmission is low (approximately 5–10%). Transmission gradually increases in the green range to about 30–40%, and rises significantly in the red spectrum (650–700 nm), reaching approximately 75–80%.

Maintains contrast and natural color perception Reduces light sensitivity and glare Suitable for everyday wear and daytime driving

NEUTRAL 400 - 50 %

Spectral analysis: In the blue range (400–470 nm), transmission decreases to approximately 40%. In the green zone (500–560 nm), it stabilizes at around 47–49%, slightly declines in the yellow–orange interval (580–620 nm), and then increases markedly in the red range (650–700 nm) to about 75–78%, resulting in a spectrum characterized by enhanced long-wavelength light transmission.

Selectively transmits blue light spectrum May help reduce emotional tension Supports cognitive comfort

BLUE 400 - 50 % 80 %

Spectral analysis: Blue light is transmitted at high intensity (approximately 70–75%). Transmission then drops sharply around the green wavelength, reaching maximum light blocking in the yellow and orange range (570–650 nm), and increases again in the red spectrum to approximately 40–45%.