Dragon Bookends - Sleeping Dragon Bookshelf Decor, 3D Printed Sleeping Dragon Ornament, Dragon Figurine for Bookshelf, Gothic Bookshelf Decoration Features: Medieval Charm: Embrace the allure of the Middle Ages with this Dragon Ornament, a plastic masterpiece that embodies fantasy and medieval love spirit, perfect for enhancing your collection of wing book corner ornaments. Whimsical Elegance: Elevate your decor with our sleeping dragon bookshelf decoration, featuring a whimsical and mysterious design that captures the peaceful essence of a resting dragon. Add a touch of enchantment to any space with this stunning piece that exudes fantasy charm. Handmade Artistry: Crafted using 3D printing technology, each sleeping dragon statue is a unique work of art, showcasing intricate details and craftsmanship. This one-of-a-kind ornament is an ideal accessory for retro gothic bookshelves or as a cherished piece for book lovers. Unique Gift Idea: Searching for the perfect gift for fantasy enthusiasts and book lovers Look no further than the sleeping dragon ornament. This captivating piece is sure to delight recipients, serving as a charming addition to their collection of art bookmarks and decorations. Versatile Display: Whether adorning your bookshelf, library, or desk, this sleeping dragon statue seamlessly integrates into any setting, enhancing the aesthetic appeal of your space. Showcase your love for dragons and literature with this versatile decor piece that adds character to any room. Specification: Material: Plastic Size: As shown Color: As shown Package Includes: 1 x Dragon Bookshelf Decor Note: 1. Please note that the photo does not show actual size, please refer to Description for size details. 2. Please allow differences due to manual measurement, thanks. 3. Due to the difference between different monitors, the image may not reflect the actual color of the item. Note: Due to the light and screen setting difference, the item's color may be slightly different from the pictures. Please allow slight dimension difference due to different manual measurement.