Unlike most LED masks that focus solely on the face, the PlasmaGLO HALO Mask is designed to treat the face, neck, scalp, and hairline — all in one. It also combines PEMF energy with medical-grade red, blue, and near-infrared LED light, enhancing cellular performance and overall skin vitality for faster, more visible results.

The HALO Mask helps to:

• Firm and smooth the skin
• Improve tone and radiance
• Reduce fine lines and wrinkles
• Support fuller, healthier-looking hair
• Enhance scalp and hairline vitality
• Boost cellular metabolism and energy for overall rejuvenation

The HALO Mask uses ApexGLO™ LED technology to deliver even, high-quality light across the skin and scalp.

• Red light promotes collagen production and skin renewal.
• Near-infrared light enhances firmness and elasticity.
• Blue light helps clarify and calm the skin.
• PEMF energy works at a cellular level to optimize energy production, improving the effectiveness of light therapy.

Red light helps your skin cells produce more energy (ATP). This energy powers natural processes that build collagen and elastin, improving tone and firmness over time.

Each session takes about 10 minutes per day. Consistent use helps achieve and maintain clinic-grade results — all without downtime or an office visit.

The mask produces no appreciable heat. You may feel a mild warmth or gentle sensation as the light and PEMF interact with your skin — this is normal and comfortable.

The device is suitable for most adults looking to improve skin tone, firmness, and texture, or to support healthier hair growth and scalp health. It’s ideal for those who want professional-level rejuvenation results at home. If you have specific medical conditions or concerns, consult your healthcare provider before use.

Yes. The HALO Mask is made from patented, medical-grade silicone and includes built-in safety features such as automatic shut-off and temperature regulation. It was designed by a physician and backed by clinical research for at-home safety and comfort.

Yes. Red and near-infrared wavelengths are non-ablative and suitable for all Fitzpatrick skin types.

RajaniMD's new PlasmaGLO Halo Mask offers noticeable improvements that develop gradually. Most users notice a healthier glow within a few weeks of daily sessions, while firmer skin, jawline definition and early hairline fullness typically become visible after about 6–8 weeks. For the best results, the mask needs to be used consistently for around 10 minutes every day; once the desired effect is achieved, 2–3 sessions per week are usually enough for maintenance.

Yes, you can pair your HALO Mask treatments with Dr. Rajani’s recommended skincare or haircare products for enhanced results. Always apply products after your LED/PEMF session unless otherwise directed.

Simply wipe the mask gently with a clean, damp cloth after each use and allow it to air dry. Store it in a cool, dry place away from direct sunlight.

Many classic hair devices highlight the 650–655 nm range, and that’s an effective red wavelength for follicle stimulation. The HALO uses 630 nm, which sits very close on the spectrum and produces a similar biological response, but with better synergy for both skin and scalp.

Here’s why I used it:

630 nm red light penetrates into the upper to mid-dermal layer, reaching the follicular bulb and stem cell region, where it enhances ATP production and microcirculation. It’s also one of the most studied wavelengths for skin rejuvenation, circulation, and wound healing, supporting both scalp health and overall skin regeneration.

In comparative research, the difference between 630 nm and 650 nm effects
on hair growth is minimal — both fall within the therapeutic window (620–680 nm) for red-light photobiomodulation. I selected 630 nm so the HALO could optimize results for skin, scalp, and follicle vitality together, rather than focusing on hair growth alone.

I’ve also tested it in patients using complementary therapies like dermarollers and PRF, as well as those on finasteride and minoxidil. While I always rely on science and published studies, real-world clinical results consistently showed 630 nm performing
superior in  practice.

Yes — it absolutely works for men. Men’s skin is naturally thicker and oilier, but LED and PEMF don’t rely on thin skin to be effective; the wavelengths in the HALO penetrate to the layers where collagen, circulation, and follicle support happen no matter your gender. You can expect the same skin support: stronger collagen, more even tone, less redness and acne, faster healing after shaving or workouts, calmer inflammation, a healthier glow, firmer skin, and improved scalp and hair support.

What you might be seeing are some of the "structure dots" that help to support the mask. They are small circles on the mask that do not have LEDS but help to support the body of the mask and the clear covering. If you look at your mask with the light off, you'll see that those circles don't have the square LEDs.

Please turn your mask lights off and inspect the areas that you felt were lights not working.

Great question — and rest assured, your device is still emitting a guaranteed 630 nm red light and 830 nm near-infrared light.

What you’re noticing is visual perception, not a change in wavelength.

1. 630 nm is always red — 830 nm is invisible.

Your mask emits: 630 nm → visible red light830 nm → near-infrared light, which the human eye cannot see at all.

So what you’re seeing is only the 630 nm light. The 830 nm is still working in the background, even though it’s completely invisible.

2. The lens or diffuser can slightly warm in tone over time.

Over months or years of normal use: Clear or silicone materials can develop a very mild warm tint.

When red light passes through a slightly warmer surface, it can appear more orange or amber.

The light itself has not changed — only how it passes through the outer materials.

3. Your eyes adapt over time.

Human vision is highly adaptable. As users:

Become accustomed to the device.
Use it in darker rooms or at night.
Reduce exposure to blue light.

The same 630 nm red light can appear less bright red and more orange, even though the wavelength is identical.

The key reassurance:
- The wavelength is guaranteed at 630 nm.
- The near-infrared 830 nm is present and active — but invisible.
-A warmer or orange appearance does not mean reduced effectiveness.

Yes. The modern use of red and near-infrared LED light therapy is strongly influenced by research funded and conducted by NASA in the 1990s. Scientists initially developed LED technology to grow plants in space, but they discovered that specific wavelengths of light also stimulated human cell growth and accelerated tissue repair. Read more here.