LED Light Therapy Face Mask with 4 Light Modes

Meet RIKI Baby Face, a rechargeable LED light therapy face mask that brings red, infrared, and blue light into one easy at-home skincare routine.

Choose from 4 LED light modes featuring 630nm red light, 830nm infrared light, and 465nm blue light, with quick 10-minute sessions designed to fit easily into your regular skincare routine.

Choose Your LED Light Mode

Red Light · 630nm
A dedicated red light mode for your everyday LED skincare routine.
Optical Power: 15mW/cm²

Red + Infrared · 630nm + 830nm
Combines red and infrared wavelengths in one multi-light mode.
Optical Power: 10mW/cm² each

Blue Light · 465nm
A dedicated blue light mode for another option in your LED skincare routine.
Optical Power: 15mW/cm²

Purple · 630nm Red + 465nm Blue
Combines red and blue LEDs in one mode.
Optical Power: ≤30mW/cm²

Why RIKI Baby Face?

• 4 LED Modes — Red, Red + Infrared, Blue, and Purple
• Multi-Wavelength LED — 630nm red, 830nm infrared, and 465nm blue light
• 10-Minute Sessions — Easy to fit into your daily skincare routine
• Rechargeable & Portable — Made for convenient use at home or while traveling
• Comfortable Design — Designed to adapt to different face shapes
• Non-Invasive & Chemical-Free — Light-based skincare without adding another topical step

Easy to Add to Your Skincare Routine

Choose your preferred light mode and enjoy a 10-minute LED session as part of your regular facial care routine.

Rechargeable and portable, RIKI Baby Face makes at-home LED light therapy simple to keep up with, whether you're using it at home or taking your skincare routine on the go.

FAQ

What type of LED mask is RIKI Baby Face?

RIKI Baby Face is a rechargeable LED light therapy face mask with four modes using red, infrared, and blue light.

How long is each session?

Each RIKI Baby Face session takes approximately 10 minutes.

What is Purple Mode?

Purple Mode combines 630nm red light and 465nm blue light. It uses the mask's red and blue LEDs together rather than a separate purple wavelength.