Brand: Rolife (ROBOTIME)

Series: Story Frame Series

Product: Old Times Bookstore

Model: DP004

Pieces: 157

Difficulty Level: ★★

Assembly Time: approx. 2 hours

Assembled Size: 21.8 x 10 x 16.8 cm

Video: Click here to see more details

Delivery: Free UK shipping


Bring the Nostalgic Charm of a Vintage Bookstore to Life with the Rolife Old Times Bookstore 3D Wooden Puzzle (DP004) – a DIY shadow box that transports you to a time when bookstores were cozy havens for book lovers. This detailed puzzle features shelves lined with books, greeting cards, and vintage treasures, all set within a warm, inviting wooden frame. The quaint yellow door, antique clock, and hanging brass handle all add to the charm, making it feel like you’ve stepped back in time.


Charming Vintage Bookstore Scene – This 3D puzzle beautifully captures the essence of a nostalgic bookstore, with intricate details like wooden shelves filled with novels, magazines, and traditional greeting cards. The warm, familiar atmosphere evokes a sense of comfort and timelessness.


Soft, Ambient Glowing Light – The built-in LED lighting gently illuminates the scene, casting a warm glow over the bookstore’s rich details. It creates a calming, nostalgic ambiance, perfect for any space.


Perfect for Book Lovers and DIY Enthusiasts – Whether you’re a puzzle enthusiast, a lover of vintage décor, or simply a fan of bookstores, this DIY puzzle makes for a perfect gift or personal project. It’s a relaxing, creative activity that brings a vintage bookstore into your home.


Versatile Display Options – Once assembled, display your Old Times Bookstore on a shelf, desk, or hang it on the wall. The sturdy, black-engraved frame ensures it’s a beautiful and lasting piece of décor that fits perfectly into any room.


📌 Children under 14 should assemble this with adult supervision. This kit does not include wax, paint, or batteries. Candles can be used as an alternative if preferred. We support eco-friendly practices by using recyclable or repurposed packaging materials and reducing packaging whenever possible to minimize environmental impact. 📌