3D Simulation Cactus Bonsai Toothpick Case

Add a dash of desert charm to your dining table or kitchen with our 3D Simulation Cactus Bonsai Toothpick Case. This unique and whimsical toothpick holder brings the beauty of nature indoors, serving as both a practical storage solution and a decorative accent piece.

KEY FEATURES

REALISTIC 3D SIMULATION - Inspired by the beauty of nature, this toothpick case features a lifelike 3D simulation of a cactus bonsai, complete with intricate details and vibrant colors. Its realistic design adds a touch of whimsy and charm to your dining space, creating a unique focal point that sparks conversation and admiration.

PRACTICAL TOOTHPICK STORAGE - With its hollowed-out center, this toothpick case serves as a functional storage solution for toothpicks, keeping them organized and easily accessible whenever needed. Simply insert toothpicks into the designated slot, and the cactus bonsai design hides them in plain sight, adding a playful element to your tabletop decor.

HIGH-QUALITY MATERIAL - Crafted from premium PETG/PLA material, this toothpick holder is lightweight yet durable, ensuring it retains its shape and color over time, even with regular use. Its sturdy construction makes it suitable for both indoor and outdoor dining settings, providing years of reliable service.

VERSATILE DECOR PIECE - Measuring approximately 27cm in height and weighing 380g, this toothpick case is compact and lightweight, making it easy to place on any surface and convenient to carry for on-the-go use. Whether used as a tabletop centerpiece, a kitchen countertop accent, or a decorative item for special occasions, it adds a touch of personality and style to any space.

SPECIFICATION

Color: Dark Green, Light Green

Material: PETG/PLA

Height: about 27cm

Weight: 380g

PACKAGE INCLUDES

1×3D Simulation Cactus Bonsai Toothpick Case

NOTES

Please allow 2-3cm error due to manual measurement. Please make sure you do not mind before purchasing.

Color may not appear as exactly as in real life due to variations between the computer monitors.