Ladybugs & Gingham Design Custom Hand Mirror

About this Design Template

Ladybugs stand for luck so why not start your day off surrounded by the symbol of luck? On the top part of the design our little ladybugs are surrounded by coordinating black and red hearts. As if the ladybugs weren't sweet enough we added a touch of nostalgia by including the all American red and white gingham pattern to the bottom of this wonderful and warm design.

A wide band of red with an inset of black trim pulls the design together. A cute ladybug sits in the middle of a white scalloped circle label that is trimmed in double rows of red. Under the ladybug is ample room for custom personalization.

As always with YouCustomizeIt, you can change anything about this design (patterns, colors, graphics, etc.) for free. Our design library is loaded with options for you to choose from, or you can upload your own. Need Help? You can always contact us or chat with us for support from real people (no chat bots or call centers).

A hand-held mirror is a necessity for any lady in the bathroom - why not have one customized just for you? These mirrors are perfect for every day use and are compact enough to travel wherever your life may lead you.

Made from a durable plastic with the mirror glued in, these mirrors are durable and yet light weight. The mirror measures 4.375in x 4.375in. The handle is a nice size and fits well in hand - being 1in wide by 3.5in long.

Design your mirror in our design system and we will print your design directly onto the back of the mirror. The full color digital printing method can take any artwork and make it look hand painted, like a photograph, or however you want it - the possibilities are endless!

Add this mirror to your toiletry bag along with your makeup and other accessories and it will be the perfect travel companion for all of your needs.

Care Instructions:

• Mirror Side: Use a screen or glass cleaning wipe on mirror surface
• Printed Side: Use a damp cloth to wipe clean
• Refrain from using harsh chemicals on printed surface