3D Micro Currents Red Light Therapy Eye Massager – Hands-Free Anti-Aging & Eye Care

Description

Our 3D Micro Currents Red Light Therapy Eye Massager combines precise micro-current technology with red-light therapy to target under-eye concerns, including dark circles, fine lines, wrinkles, and eye fatigue. Its glasses-like design keeps your hands free, allowing you to go about daily tasks while enjoying a rejuvenating eye treatment. With only 5 minutes per session, this device stimulates blood circulation, boosts collagen production, and revitalizes tired eyes for a youthful, refreshed look.

Key Benefits

• Reduce Dark Circles & Eye Bags: Improves skin tone and reduces puffiness.

• Smooth Wrinkles & Fine Lines: Reduces visible signs of aging around the eyes.

• Red-Light Therapy: Promotes collagen production and improves elasticity.

• 3D Micro-Current Massage: Gently exercises the deep muscles around the eyes to relieve fatigue.

• Eye Anti-Aging: Supports skin rejuvenation and reduces sun damage effects.

• Increased Blood Circulation: Enhances nutrient delivery to delicate eye tissues.

• Hands-Free & Convenient: Ergonomic glasses-like design for multitasking during treatment.

Specifications

• Item Type: 3D Micro Currents Red-Light Therapy Eye Massager

• Color: White

• Material: ABS

• Rate Voltage: 3.7V

• Power: 0.5W

• Charging Voltage: 5V

• Charging Current: 120mA

• Weight: 150g

• Size: 14 × 15 × 6 cm (5.51 × 5.91 × 2.4 in)

Product Includes

• 1 × Eye Massager Main Device

• 1 × Clean Cloth

• 1 × USB Charging Cable

• 1 × User Manual

Usage Instructions

1. Cleanse the under-eye area before use.

2. Wear the device comfortably like glasses.

3. Select the desired intensity and red-light mode.

4. Massage for 5–10 minutes per session (10-minute auto timer included).

5. Use daily or as needed for optimal results.

Charging & Portability

• Fully charges in 2–3 hours

• Provides approximately 1 hour of continuous use

• Lightweight and compact for easy storage at home or while traveling

• One-button simple operation with adjustable intensity