Modèle d'impression 3D d'oignon qui pleure, personnage végétal mignon Modèle 3D

Description

Crying Onion 3D Print Model Cute Vegetable Character | 3D Print STL File | Funny Kitchen Decor

This Crying Onion 3D print model features an adorable vegetable character with expressive tearful eyes, combining humor and charm in a unique sculpted design. With its rounded shape, cartoon-inspired features, and emotional expression, this model is perfect for decoration, gifting, or adding personality to any themed space.

High-Quality Print Optimization

The model is sculpted with smooth curves, clean geometry, and exaggerated features that print beautifully on both FDM and resin machines. Its compact shape requires minimal supports, making it user-friendly for beginners while still delivering crisp details. Tear lines, face contours, and onion textures were optimized to maintain clarity even at small scales.

Use and Decoration

Ideal for kitchen decor, office desks, display shelves, children’s rooms, or humorous-themed environments. This Crying Onion character can be used as a fun decorative piece, a unique conversation starter, or part of a vegetable-inspired collection. It also works well as a paintable model, allowing makers to add expressive color gradients and glossy tear effects.

Creative Gift Idea

A delightful gift for cooking enthusiasts, vegetable lovers, collectors of cute characters, kids, hobbyists, or anyone who enjoys funny and expressive sculptures. Its emotional yet playful appearance makes it a memorable piece for birthdays, holidays, or novelty collections.

Instant Digital Download

After purchase, the STL file becomes available instantly, allowing you to begin slicing and printing without delay.

Conclusion

The Crying Onion STL blends cuteness, humor, and smooth printability, offering a charming character sculpture that fits perfectly in kitchens, creative spaces, and fun-themed collections.

Please Note: This STL file may require pre-printing preparation, including support analysis, positioning adjustments, thickness verification, specific settings for your printer and filament, as well as other technical adjustments that may be necessary depending on your equipment and printing method.