Magnetic Fill Light Mini Selfie Light 3Modes Adjustable Brightness for Smartphone

(Multifunctional Magnetic Fill Light)
This magnetic fill light is compatible with MagSafe and elevates your photography experience. It works as a reliable partner for photos, selfies, video shooting, vlogging, and makeup sessions.
It supports iPhone 16/15/14/13/12/11 series as well as non-MagSafe devices. Rechargeable, portable, and compact—perfect for on-the-go use.

(3-Mode LED Soft Lighting)
The phone selfie light features 3 soft color temperatures—cold, natural, and warm—adjustable from 2700K to 7500K. It offers 10–100% stepless brightness control, easily adjusted using the sliding wave wheel.
With a 120° lighting angle, it is ideal for indoor and outdoor photography enthusiasts.

(360° Rotating Innovative Design)
No need to flip the device—simply rotate it to switch between selfie lighting and background enhancement. The full 360° rotation provides comprehensive fill light coverage, making it a perfect choice and gift for photography content creators.

(Built-in Makeup Mirror)
The fill light includes a built-in 56mm high-definition makeup mirror, allowing you to quickly touch up your makeup anytime, anywhere. Ideal for on-the-go grooming and quick adjustments.

(Universal Compatibility)
This magnetic selfie light attaches directly to MagSafe iPhones and can also be used with any device—Android phones, laptops, magnetic selfie stick tripods, and more—using the included metal ring adhesive adapter.
Please contact us if you have any questions about the product.

(Pocket-Sized Phone Fill Light)
With a 60mm diameter, it’s compact and easy to carry using the included storage bag. Weighing only 80g, it features a built-in 500mAh rechargeable battery that lasts over 45 minutes at maximum brightness and over 500 minutes at minimum brightness.

(Phone Stand Function)
This phone light can be attached to the back of your phone for selfies or high-quality photo and video capture. It also doubles as a phone stand, providing convenient lighting and stability during video conferences.