Ihr Farbsehergebnis:

Normal Color Vision

Your individual color cone response:



Green Checkmark

Your 3 Color Sensing Cones
Are Functioning Properly

 

You have 3 types of photoreceptor cones in your eyes that are sensitive to short, medium, and long wavelengths of light often referred to as Blue, Green, and Red cones. They allow you to perceive up to 1 million colors.

Normal Color Vision
Green Checkmark

Your Brain Is Receiving Proper Signals

 

Your cones are sensitive to the normal range of wavelengths and the ranges of each cone type overlap correctly so your brain receives the right ratio of signals it needs to compare and contrast information from all your cones allowing you to perceive colors, hues, and vibrancy.

Most types of color blindness occur when there is an excessive sensitivity overlap between the green and red cones, changing those ratios, reducing the perceivable range of colors, and leading to color confusion.

Color Blind Vision
(Mixed Signals)
Red Questionmark

How Do EnChroma Glasses Work
For Red-Green Colorblindness?

 

For those with Deuteranomaly or Protanomaly forms of red-green color blindness, EnChroma's notch-filter lens technology selectively filters lightwaves and their intensity to improve the red and green color signal ratios to help account for the overlap and increase the visible range of colors.

EnChroma's Patented Notch Filters

Normal Color Vision

Your individual color cone response:



Green Checkmark

Your 3 Color Sensing Cones
Are Functioning Properly

You have 3 types of photoreceptor cones in your eyes that are sensitive to short, medium, and long wavelengths of light often referred to as Blue, Green, and Red cones. They allow you to perceive up to 1 million colors.

Normal Color Vision
Green Checkmark

Your Brain Is Receiving Proper Signals

Your cones are sensitive to the normal range of wavelengths and the ranges of each cone type overlap correctly so your brain receives the right ratio of signals it needs to compare and contrast information from all your cones allowing you to perceive colors, hues, and vibrancy.

Most types of color blindness occur when there is an excessive sensitivity overlap between the green and red cones, changing those ratios, reducing the perceivable range of colors, and leading to color confusion.

Color Blind Vision

(Mixed Signals)

Red Questionmark

How Do EnChroma Glasses Work
For Red-Green Colorblindness?

For those with Deuteranomaly or Protanomaly forms of red-green color blindness, EnChroma's notch-filter lens technology selectively filters lightwaves and their intensity to improve the red and green color signal ratios to help account for the overlap and increase the visible range of colors.

EnChroma’s Patented Notch Filters

Normal Color Vision

Your individual color cone response:



Green Checkmark

Your 3 Color Sensing Cones
Are Functioning Properly

 

You have 3 types of photoreceptor cones in your eyes that are sensitive to short, medium, and long wavelengths of light often referred to as Blue, Green, and Red cones. They allow you to perceive up to 1 million colors.

Normal Color Vision
Green Checkmark

Your Brain Is Receiving Proper Signals

 

Your cones are sensitive to the normal range of wavelengths and the ranges of each cone type overlap correctly so your brain receives the right ratio of signals it needs to compare and contrast information from all your cones allowing you to perceive colors, hues, and vibrancy.

Most types of color blindness occur when there is an excessive sensitivity overlap between the green and red cones, changing those ratios, reducing the perceivable range of colors, and leading to color confusion.

Color Blind Vision
(Mixed Signals)
Red Questionmark

How Do EnChroma Glasses Work
For Red-Green Colorblindness?

 

For those with Deuteranomaly or Protanomaly forms of red-green color blindness, EnChroma's notch-filter lens technology selectively filters lightwaves and their intensity to improve the red and green color signal ratios to help account for the overlap and increase the visible range of colors.

EnChroma's Patented Notch Filters

Normal Color Vision

Your individual color cone response:



Green Checkmark

Your 3 Color Sensing Cones
Are Functioning Properly

You have 3 types of photoreceptor cones in your eyes that are sensitive to short, medium, and long wavelengths of light often referred to as Blue, Green, and Red cones. They allow you to perceive up to 1 million colors.

Normal Color Vision
Green Checkmark

Your Brain Is Receiving Proper Signals

Your cones are sensitive to the normal range of wavelengths and the ranges of each cone type overlap correctly so your brain receives the right ratio of signals it needs to compare and contrast information from all your cones allowing you to perceive colors, hues, and vibrancy.

Most types of color blindness occur when there is an excessive sensitivity overlap between the green and red cones, changing those ratios, reducing the perceivable range of colors, and leading to color confusion.

Color Blind Vision

(Mixed Signals)

Red Questionmark

How Do EnChroma Glasses Work
For Red-Green Colorblindness?

For those with Deuteranomaly or Protanomaly forms of red-green color blindness, EnChroma's notch-filter lens technology selectively filters lightwaves and their intensity to improve the red and green color signal ratios to help account for the overlap and increase the visible range of colors.

EnChroma’s Patented Notch Filters

Brillen für Farbenblindheit

Sie kennen vielleicht mindestens 25 Menschen, die farbenblind sind.

Farbverstärkende Sonnenbrillen für Sie

NEU! Farbverstärkende Linsentechnologie für normales Sehen .




Farbverstärkende Sonnenbrillen für Sie


NEU! Farbverstärkende Linsentechnologie für normales Sehen .



Extreme Color
Performance

One Lens,
All Sports

Exclusive
Tech

Superior Contrast
& Clarity

Happiness
Guaranteed

Extreme Color Performance

One Lens, All Sports

Exclusive Tech

Superior Contrast & Clarity

Happiness Guaranteed

Entfesseln Sie ein breiteres Farbspektrum

Verbessere deine Sehkraft und erlebe Abenteuer! EnChroma entwickelt seit Jahren Brillen für Farbenblinde. Unsere neueste Innovation nutzt proprietäre Technologie, um jedem farbverstärkende Gläser der nächsten Generation zugänglich zu machen. Dank unserer Patente gibt es keinen großen Anbieter im Sonnenbrillenmarkt, der legal das leisten kann, was unsere Gläser leisten. Niemand.