All FAQs

Imagine turning your cherished memories into a stunning piece of illuminated art! At www.layerbylayerprints.com, we make it easy for you to create your own custom lithophane ornament using any photo you love. Here's how it works:

1. Choose Your Favorite Image:

• Pick a photo that holds special meaning for you. It could be a family portrait, a beloved pet, a beautiful vacation scene, or any image that you want to cherish and display in a unique way.

2. Upload Your Image:

• Simply upload your chosen photo on our website. Our user-friendly interface makes it quick and easy to get your image into our system. Don’t worry about the format or quality – we’ll handle the technical details to ensure the best result.

3. Transform Your Photo into a Lithophane:

• Using advanced 3D printing technology, we’ll transform your photo into a custom lithophane. This process involves carefully varying the thickness of the material to create a detailed image that comes to life when backlit. For color lithophanes, we use high-quality PLA (Polylactic Acid) filaments to print your image in vibrant hues.

4. Enjoy the Stunning Backlighting Effect:

• Each lithophane is equipped with LED lights powered by two CR2032 batteries or 5V USB. This backlighting enhances the depth and detail of your image, creating a warm and enchanting glow that beautifully highlights your photo.

5. Personalized and Ready to Display:

• Your custom lithophane will be delivered ready to hang on your Christmas tree or display anywhere in your home. The ornament comes with a decorative hanger, making it easy to add a personal touch to your holiday decor.

Perfect for Gifts and Keepsakes:

• A custom lithophane makes a thoughtful and unique gift for loved ones. Whether it's for a special occasion like a wedding, anniversary, or baby's first Christmas, your personalized ornament will be a treasured keepsake for years to come.

A lithophane is a thin plaque of translucent material, which has been moulded to varying thickness, such that when lit from behind the different thicknesses show as different shades, forming an image. Only when lit from behind does the image display properly.