BRILUMEN SUNLIKE

Our brain has countless capacities, it controls every part of us and communicates with the whole body, especially with our eyes.

 

Through vision we have the perception of our surroundings and everything that is in our field of view has an impact on us.

SUNLIKE technology has revolutionized the spectrum of light emission and the way that light is received and affects the human eye.

 

The quality of SUNLIKE light brings significant health improvements to all who are exposed to this type of lighting, bringing the spectrum of LED light closer to natural light than ever before.

 

SUNLIKE imitates the sun with bright colors, guaranteeing a CRI of 97 and a high R9 index.

The reduced emission of blue light, harmful to the human eye (for example in macular degeneration), significantly reduces eye fatigue, transmits greater comfort and a feeling of true natural light.

 

 Natural Spectrum LED

 

With Sunlike technology taking into account the more uniform wavelength across all colors in the spectrum, the increase in contrast of illuminated objects are significant.

 

SunLike, second to sunlight

Light and the biological clock

SunLike LEDs allow a very reliable approach to sunlight throughout the day.
Brilumen products equipped with Sunlike can increase the comfort of any installation within the most appropriate CCT for the site.

 

COLORS AND SHADING

SunLike LEDs faithfully reproduce all the colors and shades of works of art, even the intermediate colors. The objects thus appear with a greater
prominence, compared to conventional lighting technologies, with more vivid colors and more evident textures.

 

STUDIES 

In the first clinical study, results show that SunLike provides statistically significant health benefits over conventional LED’s.
These positive results are due to the advanced technology of SunLike, which closely matches the natural sun spectrum and enables healthier light production indoors:

The beneficial effects of this type of lighting have been the subject of in-depth studies at universities such as Seoul in Korea or Basel in Switzerland.

 

NOTE:

Information and images were obtained from SEOUL Semiconductor and can be consulted at the following address: www.seoulsemicon.com/en/technology/sunlike/

Brilumen