SafiGlow Aura 8-Mode LED Facial Mask

Advanced LED Skincare with Near-Infrared Light

Discover a more personalized glow ritual with the SafiGlow Aura 8-Mode LED Facial Mask. Its soft silicone design, eight customizable light modes, and powerful rechargeable battery provide convenient skincare support from the comfort of home.

Key Features

Eight Light Modes: Choose from seven visible LED modes and near-infrared light to complement different skincare goals.

Flexible Silicone Design: Comfortably contours to the face for close, even light coverage.

Near-Infrared Technology: The 850nm near-infrared mode provides deeper-reaching light to support firmer and healthier-looking skin.

Rechargeable and Portable: The 2000mAh battery charges in approximately 2–3 hours for convenient wireless use.

LED Light Guide

Red Light at 620–630nm: Supports collagen production and helps improve the appearance of fine lines and wrinkles.

Blue Light at 440–465nm: Helps clarify and improve the appearance of blemish-prone skin.

Green Light at 520–525nm: Supports a balanced and even-looking complexion.

Yellow Light: Combines red and green wavelengths to enhance brightness and radiance.

Purple Light: Combines red and blue wavelengths to support clarity and smoother-looking skin.

Cyan Light: Combines green and blue wavelengths for balanced skincare support.

White Light: Combines red, green, and blue wavelengths for comprehensive care.

Near-Infrared Light at 850nm: Provides deeper-reaching light to support skin renewal and firmness.

Product Specifications

Product type: Eight-mode LED facial mask
Material: Flexible silicone
Light modes: 8
Battery capacity: 2000mAh
Charging time: 2–3 hours
Charging input: 5V/0.8A
Output power: 3W

SafiGlow — Glow Beyond Time.

Important: Follow the included user manual and use appropriate eye protection. Do not use the mask on open, injured, or irritated skin. Consult a qualified healthcare professional before use if you are pregnant, light-sensitive, taking photosensitizing medication, or have a condition affected by light exposure. Individual results may vary.