New DIY Book Nook Kit 3D Wooden Bookshel...

Description:

[Exquisite DIY Book Corner Set] This is a miniature set that integrates 3D stereoscopic models, bookshelves and decorations. All the furniture and accessories are almost exactly the same as the real house, and all the scenes need to be made by you. It will be a great addition to your bookshelf or desk.

[Easy to Assemble] The DIY bookcase comes with wooden boards, detailed English instructions, light battery box, you only need to prepare 2 AA batteries. The assembly process requires some patience. Designed with LED lights, it will look amazing when turned on in the dark.

[Safe and High-Quality Material] Made of high-quality wooden boards, safe and burr-free; the wooden parts are precisely cut so that they fit together correctly to form a beautiful book corner. The LED lights and furniture are very realistic and cleverly designed. Bookshelf size: 18x11x27.2CM.

[Educational Toys] Focus on assembling this wooden book nook model kit, develop children’s brains, cultivate concentration and teamwork, exercise children’s practical skills, and develop their color and pattern recognition abilities. Recommended age is 14 and up.

[Perfect Gift] This exquisite DIY book nook kit is a creative and wonderful gift choice, especially for those who love model kits and miniatures. Not only is it a great starter toy for kids, it’s also a perfect birthday or Christmas gift.

Specifications:

Product name: DIY Book Nook Miniature Kit

Material: wooden

Size: 18 x 11 x 27.2CM (finished product)

Power supply: 2 x AA batteries (not included)

Applicable age: 14+

Notes:

1. The products are all material packages, not finished products, and need to be completed with tools (tweezers, ruler, cutter, screwdriver, scissors, etc.) and quick glue (U glue or alcohol glue), tools and glue are not included.

2. There may be slight differences between the picture and the actual color of the commodity. We will try our best to show you the exact color.

3. Please allow slight dimension difference due to manual measurement.