Emulational Vending Machine Model Colorful Children Toy Gift Trendy Supermarket Decoration Model

Label:Yes Size: 12.8*5.8*4.7CM(5.04*2.28*1.85in) Brand New and High Quality! Material: Plastic Color: As the Picture Shown Applicable User: Children/Girls Product Name: Dollhouse Beverage Machine 1. Plastic Material: Introducing our dollhouse beverage vending machine model, crafted from high-quality plastic material. This durable material ensures long-lasting use and a realistic appearance, making it a perfect addition to your dollhouse or miniature collection. 2. Supermarket Decorative Display: Our dollhouse beverage vending machine model is designed to add a touch of authenticity to your miniature supermarket scene. It serves as a decorative display piece, enhancing the overall ambiance and realism of your dollhouse setup. 3. Set of 7: Each set includes a dollhouse beverage vending machine and six mini beverage cans. The vending machine is exquisitely detailed, featuring buttons, a coin slot, and a dispensing mechanism. The six miniature beverage cans come in various colorful designs, adding a realistic touch to your miniature supermarket. 4. Photography Prop: Our dollhouse beverage vending machine model is not only a decorative item but also a great prop for photography. Whether you're a dollhouse enthusiast or a professional photographer, this model can be used to create captivating scenes and tell imaginative stories. 5. Children's Toy: The dollhouse beverage vending machine model is also a wonderful toy for children. It encourages imaginative play and role-playing, allowing kids to simulate buying and selling drinks. It promotes creativity, fine motor skills, and social interaction, making it a delightful addition to any child's toy collection.

Package Includes: 1pc beverage vending machine and 6pcs mini beverage cans

Notes: 1. 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. 2. Please allow 1-3cm(0.39-1.18in) measuring deviation due to manual measurement.