3D Desk Calendar 2025 Time Piece Calendar with LED Light Tear-Away 3D Paper Art Notepad Memo Pad Calendar for Desktop Decoration
Features:
1.2025 Calendar with Surprises: Experience constant delight and joy with our 2025 3D desk calendar. Tear off non-sticky notes and calendar pages to gradually reveal an enchanting 3D model by year-end, immersing you in a world of magic and productivity.
2.Exquisite Craftsmanship: Crafted with eco-friendly paper, acrylic, and intricate paper sculpture techniques. This time piece calendar features multicolored decorative paper and stunning designs, enhanced by an acrylic protective case that keeps it dust-free and doubles as a practical base, capturing attention effortlessly.
3.Built-in LED Light: Illuminate your space with the internal LED light. Simply insert 2 AAA batteries (not included) to brighten the tear-away 3D paper art notepad, creating a warm and inviting atmosphere that enhances your room's ambiance and comforts you through the night.
4.Tear-Off Notepads: Perfect for school and work. These paper carving calendars are ideal for jotting down important reminders, times, and phone numbers. Easy to use and residue-free, tearing off 3D sticky notes also serves as a relaxing activity.
5.Versatile and Creative Gift: Multifunctional and artistic. The memo pad calendar transforms into a beautiful house, art piece, desk decoration, office supply, or collectible. It even doubles as a pen holder, making it a perfect gift for birthdays, holidays, and special occasions.
Specification:
Origin: Mainland China
Style: Memo Pads
Function: Decoration
Material: Paper
Tree House Size: 85*85*70mm/3.35*3.35*2.76inch
Carousel Size: 9.8*9.8*8.8cm/3.82*3.82*3.43in
Cherry Tree Size: 9.9*9.8*9cm/3.86*3.82*3.51in
Love Castle Size: 9.8*9.8*8.6cm/3.82*3.82*3.35in
Sky Castle Size: 9.8*9.8*9cm/3.82*3.82*3.51in
Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.