For years, at-home light therapy has focused on adding more—more LEDs, more wavelengths, more power. But better skincare is not simply about producing more light. It is about delivering the right light, with greater precision, to where it matters.
That is why 1064nm near-infrared light is becoming one of the most exciting developments in next-generation skincare technology.
1064nm: Light Designed to Work Deeper
Not all light reaches the skin in the same way. Different wavelengths interact with skin differently, which is why advanced light therapy is evolving beyond a single-wavelength approach.
1064nm sits within the longer near-infrared spectrum, allowing light to travel deeper into the skin than traditional visible red light. This brings light energy closer to deeper dermal layers, where collagen and elastin networks play an important role in skin firmness, elasticity, and a youthful appearance.
Research into near-infrared photobiomodulation has explored its role in supporting cellular activity, skin renewal, and collagen-related processes. Instead of focusing only on visible brightness, 1064nm near-infrared light introduces a deeper dimension of light care—supporting smoother texture, firmer-looking skin, and a more youthful-looking complexion over time.
Why Isn’t 1064nm in Every Beauty Device?
Although 1064nm light itself is not new, bringing it into at-home beauty devices presents significant engineering challenges. Producing the wavelength is only part of the challenge; the harder part is delivering it effectively in a device that is small, comfortable, and efficient enough for everyday use.
Most at-home light devices rely on LEDs. LEDs are ideal for broad, gentle coverage, which is why masks often use dozens or even hundreds of individual light sources.
But LED light naturally spreads as it leaves the source. That works well when the goal is to illuminate a large area. For longer near-infrared wavelengths like 1064nm, however, controlling where that light goes—and how much useful light actually reaches the skin—becomes much more difficult.
LEDs can technically produce wavelengths above 1000nm, but delivering strong, consistent, and concentrated 1064nm near-infrared light in a compact beauty device is far more demanding.
This is where reseen takes a different approach.
1064nm, Delivered with VIPE Light Precision
Instead of relying on broadly dispersed illumination, reseen’s VIPE technology uses VCSEL technology—the same class of semiconductor photonics used in advanced systems such as Face ID and LiDAR. VCSEL produces a more directional and controllable beam, helping reduce unnecessary scatter and direct more useful 1064nm light toward the treatment area.
For your skin, that means more of the light is delivered where it matters. This more focused approach to at-home near-infrared VIPE light is designed to support firmer-looking skin, smoother texture, improved elasticity, and a more youthful-looking appearance over time.
The advantage is not simply having 1064nm. It is precision 1064nm VIPE light delivery that makes more of it count.
Glow: Multi-Wavelength Light Care Powered by VIPE Technology
With VIPE™, reseen brings 1064nm into Glow alongside 460nm and 660nm, creating a multi-wavelength light system designed for a more complete skincare experience. Each VIPE light wavelength serves a different purpose:
· 460nm Blue Light — helps calm blemish-prone skin, reduce the appearance of redness, and support a clearer-looking complexion.
· 660nm Red Light — supports skin renewal, helping improve radiance, smoothness, and overall skin texture.
· 1064nm Deeper Near-Infrared Light — supports deeper anti-aging care, helping improve the look of firmness, elasticity, and fine lines for a more youthful-looking complexion.
Together, they create a more complete approach to at-home light therapy—addressing skin at different optical depths rather than relying on one type of light alone.
The future of at-home light therapy will not be defined by simply adding more LEDs or more colors. It will be defined by how intelligently light is engineered, controlled, and delivered.
From more light to better light. From conventional LED illumination to reseen VIPE light.
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