Fancii Fancii Mini Taylor Compact Magnifying Mirror with LED Light 10x/1x Rechargeable 3 Light Settings Dimmable - Small Lighted Travel Handheld Mirror for Pocket Handbag Purse 2-Sided Foldable

Introducing the Mini Taylor Compact Mirror your go-to for flawless touch-ups wherever you are. Designed with portability in mind its 4-inch size fits perfectly in your purse offering a premium distortion-free reflection easy to hold with one hand. Choose from three dimmable light settings-warm neutral and natural daylight-for color-accurate makeup application anytime anywhere. The Mini Taylors dual magnification features 1x for full-face views and 10x for detailed precision tasks like tweezing or applying eyeliner. Powered by rechargeable batteries the Mini Taylor lasts up to 30 days on a full charge reducing waste and eliminating the need for disposable batteries. Its an eco-friendly choice that keeps you ready for on-the-go touch-ups. With professional-grade LEDs designed to last up to 50 000 hours and ultra-clear distortion-free glass the Mini Taylor ensures perfect lighting and crystal-clear reflection for years to come. Highlights: 3 Light Settings 10 LED Light Bulbs 10X / 1X Magnification Folding Design Rechargeable Batteries 101mm Premium Glass Auto Power On/Off Lightweight and Stylish

• Perfect Touch-Ups Anywhere:: Choose from 3 dimmable light settings (warm neutral natural daylight) for flawless color-accurate makeup anytime anywhere. | Dual Magnification: 1x for full face and 10x magnifying mirror for precision tasks like tweezing or contact lenses. | Compact & Stylish: Ultra-portable 4-inch mirror fits perfectly in your purse easy to hold with one hand with a premium distortion-free view. | Rechargeable & Eco-friendly: Lasts up to 30 days on a full charge-no more disposable batteries or waste. | Long-lasting LEDs: Energy-saving professional-grade LEDs with a 50 000-hour lifespan. | Crystal-Clear View: Premium ultra-clear glass offers exceptional reflectivity and clarity. The perfect curvature guarantees distortion-free reflections even at the edges.