Why does NOOĀNCE only favor two wavelengths for optimal efficiency of its LED masks?
The LED mask market is expanding rapidly, with many innovations and offerings promising miraculous results. With so many options available, it can be difficult to know which products are actually effective.
At NOOĀNCE, we have chosen to rely on solid scientific evidence, and on an approach rigorously tested by a French cosmetology and dermatology research laboratory, to offer NOOĀNCE technology.
We explain why our choice of wavelengths and our technological expertise are at the heart of our success.
L science at the heart of our technology
For over 50 years, scientific research has identified three wavelengths that have a significant impact on the skin: blue light (415 nm), red light (633 nm), and near infrared (830 nm). These wavelengths are the only ones that have achieved unanimous scientific consensus for their specific benefits on skin health and beauty.
At NOOĀNCE, we have chosen to focus on the two most powerful ones, red at 633 nm and infrared at 830 nm.
The synergy of red light at 630 nm & infrared 830nm: a scientifically proven duo
At NOOĀNCE, our approach is based on the unique synergy between two wavelengths of red light at 633 nm, and that of near infrared at 830 nm, which have demonstrated boosted results in the context of anti-aging and cell regeneration treatments.
- Red light at 633nm, well known for stimulating collagen production, improves skin firmness and elasticity. It also works to reduce fine lines and wrinkles, promoting a smoother, more youthful appearance.
- Infrared at 830 nm, which penetrates deeper into the skin, acts by stimulating cell regeneration, improving blood circulation and providing better oxygenation of the tissues.
This approach, validated by science, proves that the combination of the two wavelengths, red at 633 nm and infrared at 830 nm, maximizes anti-aging effects. Unlike other wavelengths whose effectiveness remains to be demonstrated, this duo is currently the most effective solution, supported by numerous scientific studies and clinical results confirming its benefits.
At Nooānce, this targeted choice of two wavelengths amplifies the effectiveness of our LED masks.
A direct impact on the quality and efficiency of LEDs
Split LED cores: the more wavelengths there are in an LED, the more the efficiency of each light spectrum decreases. Indeed, LED masks that integrate too many wavelengths dilute the power delivered by each light, thus reducing their impact on the skin.
At NOOĀNCE, we have taken a targeted approach by focusing only on the two scientifically proven wavelengths and maximizing their power. Each light delivered, whether red or infrared, targets cells optimally, without diluting its effectiveness.
A direct impact on the power delivered per wavelength
The overall power of the mask is the sum of the powers of all the wavelengths present. However, the power per wavelength is essential to understand the true effectiveness of each spectrum. The more wavelengths there are, the more the individual power of each light decreases.
At NOOĀNCE, this targeted approach allows not to dilute the effectiveness by wavelength and thus maximize the power delivered to the heart of the cells by each wavelength. By focusing on two wavelengths (633 nm and 830 nm), unanimously recognized by science for their proven effectiveness on the beauty and health of the skin.
Comparison of two masks providing a total power of 50 mW/cm², but using a different number of wavelengths.
Why choose NOOĀNCE?
With the increase in options in the market, it is essential to make an informed choice.
By focusing on two scientifically proven wavelengths (633nm and 830nm), NOOĀNCE guarantees targeted power and scientifically proven results.
By choosing a NOOĀNCE mask, you are choosing an approach based on decades of research and innovation, with the ultimate goal of delivering the best possible results for the health and beauty of your skin.
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