Realistic 3D miniature table fan for dollhouse and decoration

| 0 Reviews

€ 11.09

Handcrafted miniature desk fan model, 3D printed with detailed finish. Ideal for dollhouses, dioramas and artistic settings, it enriches spaces with a touch of compact realism and style. Perfect for collectors and miniature enthusiasts.

Buy now

Product information:

EAN: N/D
Package dimensions: 2,36 x 1,97 x 1,57 cm
Weight: 0.026
Warehouse: France
Quantity: 2

Delivery details

Shipping: Available within 7/10 working days
Estimated delivery: 29/09/2026 - 02/10/2026

Payment methods accepted

Secure checkout

The Handcrafted Dollhouse Desk Fan Model is a lifelike decorative miniature that adds charm and authenticity to any miniature environment. 3D printed with a detailed finish, this small table fan faithfully reproduces the look of a real fan, with dimensions of approximately 5.3x4.2x3.3 cm, and a weight of approximately 12 grams, making it perfect for dollhouses, dioramas and creative displays.

Main features:

Enhanced realism: Accurate design and high-quality 3D printing allow you to integrate this fan in realistic and engaging miniature compositions.
Quiet environment: being a static model, it does not produce noise, ideal for live stage decorations without sound interference.
Versatile accessory: it is suitable both as a decorative element for collectors and enthusiasts of miniatures, and as a prop for games and model making.
Quality materials: made with 3D printing material which guarantees durability and aesthetic detail.

This handcrafted model is perfect for enriching small spaces such as doll bedrooms, art studios, offices or any thematic environment. Its subtle yet lively presence stimulates creativity and offers a unique touch to your miniature compositions. Thanks to the meticulous finish, it is ideal for hobbyists looking for a realistic and quality accessory for their displays.

Note: due to differences in light and viewing angles there may be slight variations in color. The dimensions are measured manually and may have small discrepancies.