LASER + LED Therapy Mask

This mask brings two light technologies into your skincare routine in a single session, five to twenty minutes.

Mode 1 delivers blue and near infrared LED at 460nm and 850nm across the full array, a quick reset for skin that needs a lift.

Mode 2 turns things up with red and near infrared LED at 660nm and 850nm, plus laser diodes at 1064nm activating at select points to go deeper exactly where your skin needs it.

Two technologies working at different depths, for a glow that actually holds up.

Dial in exactly the session your skin is asking for.

• Mode 1: 460nm (Blue) + 850nm (Near Infrared) LED, all points
• Mode 2: 660nm (Red) + 850nm (Near Infrared) LED across the array, with 1064nm laser diodes active at select points for deeper, more concentrated delivery
• Three brightness levels, 5 to 20 minute sessions
• Irradiance, Mode 1: [18–25] low / [25–35] mid / [36–47] high brightness
• Irradiance, Mode 2 (LED points): [18–24] low / [25–35] mid / [33–44] high

Irradiance, Mode 2 (laser points): [46–56] low / [60–75] mid / [84–95] high

Fast, Comfortable, and Convenient

✔ Quick Charging – Get a full charge in no time for uninterrupted use.
✔ Lightweight & Comfortable – Designed to fit snugly and comfortably on your face.
✔ 5-20 Minute Sessions – Achieve noticeable results with minimal effort.

Proven by Science

Multiple clinical studies have confirmed the effectiveness of LED therapy for skin improvement. Research has shown that blue light (460NM) significantly reduces acne by eliminating bacteria, while red and near-infrared light (660NM & 850NM) stimulate collagen production and improve skin elasticity, reducing the appearance of wrinkles and fine lines. The mask's 1064NM laser diodes work on the same near-infrared principle at a more concentrated, deeper-penetrating level, for added support where you need it most.

1. Soliman et al. tested the combined red, blue, and near-infrared LED therapy on 25 volunteers with skin wounds. They found that LED therapy reduced wrinkles, improved skin elasticity, enhanced smoothness and firmness, and facilitated the delivery of increased oxygen and nutrients to skin cells.
2. Kurtti et al. looked into the benefits of red LED therapy for reducing post-surgery scarring on 30 patients. They laso tested low (160 J/cm2), medium (320 J/cm2), and high-dose (480 J/cm2) LED light for 3 times per week, for 3 weeks. They discovered that LED-RL phototherapy can be safely used in the early postoperative period on facial skin and may reduce post-surgical scarring, and low and medium doses had the best outcome.
3. Lee et al. found that blue (415 nm) and red (633 nm) LED light therapy demonstrates efficacy in the treatment of mild to moderate inflammatory acne vulgaris in 14 out of 24 patients. Light therapy was performed twice a week for 4 weeks.