Your Routine Starts Here

Lymphatic drainage and microcurrent both increase circulation to the skin's surface — paired with a brightening serum, that's what creates the "lit from within" look rather than just a topical glow.

A few quiet minutes of light, followed by a softer, more rested-looking complexion.

Red and near-infrared light are used in photobiomodulation, a process in which specific wavelengths interact with cellular components involved in energy production. Red and near-infrared wavelengths are absorbed by cytochrome c oxidase within mitochondria, supporting ATP production and cellular signaling.

For an evening skincare routine, red light is particularly important since studies have linked photobiomodulation to enhanced collagen production, skin rejuvenation, and the regulation of inflammatory responses. Near-infrared wavelengths can penetrate more deeply than red light, allowing the light to reach deeper layers of the skin. The outcome isn’t an instantaneous change; instead, regular exposure to light can be an integral part of a more comprehensive skincare regimen—promoting skin that appears smoother, calmer, and more radiant over time.

The SoLuxVera approach: light therapy becomes part of the ritual itself: a few uninterrupted minutes to care for your skin while creating space to slow down at the end of the day.

Uneven Tone + Dark Spots

A more even-looking complexion begins with understanding why pigmentation appears.

Sun exposure, inflammation, hormonal changes, and marks left behind after blemishes can all contribute to visible discoloration. Over time, these changes can leave the complexion looking less uniform, with areas of uneven tone or dark spots.

Certain wavelengths of light are being studied for their potential role in the processes involved in pigmentation. Research has explored wavelengths including 585–590 nm and 660 nm for their effects on melanin production and the appearance of pigmentation. Red light may also support the skin’s natural cellular activity and recovery, making it a complementary part of a broader skin-renewal ritual.

Because pigmentation can have many different causes, light therapy is best considered one part of a thoughtful skincare routine—alongside daily broad-spectrum sun protection and, when appropriate, targeted topical products.

With consistent use, a science-informed light therapy ritual can become a simple way to support a brighter, more balanced-looking complexion and a more even appearance of skin tone.

Targeted light. A more luminous, balanced-looking complexion.

Clearer-looking skin begins with understanding what your skin needs.

Different wavelengths interact with skin differently. That’s why a thoughtfully designed LED ritual can use different colors of light for different concerns.

Blue light — for breakout-prone skin

Blue light in the approximately 415–480 nm range is used to target acne-associated bacteria. Certain bacteria contain light-sensitive porphyrins; when activated by blue light, these compounds can generate reactive oxygen species that damage the bacteria. Research has therefore investigated blue light as a non-invasive approach for acne.

Blue light therapy is designed to work primarily at the skin’s surface, where it can help address several factors associated with acne and blemishes:

• Targets acne-associated bacteria
• Helps manage excess oil
• Soothes visible redness and inflammation

Blue light works through a process called photobiomodulation. Specific wavelengths can interact with naturally occurring compounds within acne-associated bacteria, triggering a reaction that helps neutralize them. This can help reduce the bacterial activity associated with breakouts without relying on harsh topical ingredients.

Blue light may also help calm the appearance of irritated, inflamed skin and support a more balanced complexion. When combined with red light, the two wavelengths can complement one another—blue light addressing surface-level acne concerns while red light supports the skin’s natural recovery process.

The result is a non-invasive, drug-free approach to supporting clearer, calmer-looking skin.

Red light — for calm and recovery

Red light, approximately 630–660 nm, can complement blue light by supporting skin repair and helping modulate inflammatory responses. This combination has been studied in people with acne and may help address both breakouts and the visible redness that can accompany them.

Green and yellow light — for the appearance of uneven tone

Research has investigated 585 nm yellow LED light for effects on melanin synthesis and pigmentation, while research involving approximately 590 nm light has examined erythema and pigmentation in melasma.

For SoLuxVera, the important distinction is that the evidence for these wavelengths is more limited than the evidence supporting red light for skin rejuvenation and blue/red combinations for acne. They are best described as emerging or complementary approaches, rather than established treatments for every pigmentation concern.

The SoLuxVera approach: rather than chasing perfect skin, create a consistent ritual designed around your particular concerns—clearer-looking, calmer, more even-looking skin over time.

Support the skin’s natural renewal process.

As skin ages, collagen production and the structural support that contribute to firmness and elasticity change. Red and near-infrared photobiomodulation have been studied as a non-invasive approach to supporting skin rejuvenation.

Research indicates that red light in the wavelength range of about 630–660 nm is linked to a rise in collagen density, enhancements in the appearance of fine lines and wrinkles, and improvements in skin texture. Near-infrared light, existing within the spectrum of about 830–880 nm, penetrates more deeply than red light and is currently under investigation for its potential impacts on cellular energy, inflammation, and tissue healing. One proposed mechanism is the interaction of light with mitochondrial cytochrome c oxidase, which aids in the generation of cellular energy. These cellular signals may significantly influence the processes associated with collagen production and tissue repair.

The science is therefore less about “turning back the clock” and more about consistently giving the skin a targeted stimulus that may support the biological processes associated with healthy-looking, resilient skin.

The SoLuxVera approach: make consistency the luxury. A simple light ritual, repeated regularly, can complement the fundamentals of good skincare—moisture, barrier support, and daily sun protection.

Support the roots. Care for the scalp. Make consistency part of the ritual.

Changes in hair density and thinning are common concerns, particularly with androgenetic alopecia. Red and near-infrared light therapy has been studied as a non-invasive approach to supporting hair follicles and maintaining healthy-looking hair density.

The proposed mechanism is known as photobiomodulation. Tissue components absorb specific wavelengths of light, which may stimulate cellular signaling and energy pathways. Researchers are currently examining these biological mechanisms within hair follicles to evaluate their ability to promote healthy follicle function and sustain the natural hair growth cycle.

According to clinical studies, low-level light therapy may help increase hair density in individuals with certain types of hair loss, such as androgenetic alopecia. However, outcomes vary, so light therapy should be viewed as an integrative option rather than a one-size-fits-all treatment for hair loss.

Consistency matters. With regular use, targeted light can become part of a broader scalp-care ritual designed to support the follicles, care for the scalp, and maintain healthy-looking hair over time.

A quiet, non-invasive ritual for supporting healthier-looking hair from the root.