Red Infrared Light Therapy Lamp LED Skin Care Panel
Red Infrared Light Therapy Lamp LED Skin Care Panel
VAT INCLUDED
In stock
Couldn't load pickup availability
Restore Your Skin with Professional Level Care at Home
Support healthier looking skin with this advanced red and infrared light therapy lamp, designed to enhance skin appearance and overall skin comfort. Built with modern phototherapy technology, this LED panel delivers targeted red and near infrared light to help promote skin renewal, improve elasticity, and support a more balanced complexion—all from the comfort of your home.

Equipped with 225 high performance LED lights emitting 660 nm red light and 850 nm near infrared light, this therapy lamp works at a cellular level to encourage natural regeneration processes. Designed for convenience and flexibility, it can be used standing or mounted, making it easy to integrate into daily skincare routines whether at home or while traveling.

Why People Choose This Light Therapy Lamp
✔ Professional Skin Care Support at Home
Delivers targeted light wavelengths used in advanced skincare routines.
✔ Red And Near Infrared LED Technology
660 nm and 850 nm light supports skin renewal and improved elasticity.
✔ Supports Skin Appearance And Comfort
Helps reduce visible redness and promotes a more even looking complexion.
✔ Powerful 225 LED Light Output
Ensures consistent and effective light distribution across treatment areas.
✔ Easy To Use Versatile Setup Options
Can be mounted or placed upright for flexible daily use.
✔ Comfortable Non Invasive Sessions
Designed for pain free use suitable for regular skincare routines.

Specifications:
-
Light Spectrum: 660 nm Deep Red Light, 850 nm Near Infrared Light
-
Session Duration: 20–40 Minutes Per Use
-
LED Count: 225 LEDs
- Included Accessories: Mounting Bracket, Power Cable, Eye Mask, User Manual
Enjoy a gentle yet effective light therapy experience designed to support skin confidence and radiance. This LED therapy lamp offers a convenient way to enhance your skincare routine with modern light technology.
