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Perfect Sushi Maker – Modèle 3D imprimable de Creality Cloud Creality Cloud

Perfect Sushi Maker

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🍣 Perfect Sushi Maker – 3D Printed DIY Sushi RollerBring the fun of sushi-making into your kitchen with the Perfect Sushi Maker, a fully 3D-printed tool designed to simplify the process of rolling perfect sushi at home. Whether you’re a beginner in the kitchen or a seasoned food lover, this tool turns sushi preparation into an easy, enjoyable, and mess-free activity.Instead of struggling with bamboo mats and uneven rolls, the Perfect Sushi Maker ensures consistency every time. Simply fill it with rice, fish, or vegetables, press, and roll — in just a few steps you’ll have restaurant-style sushi ready to serve!Perfect for:- Family cooking nights- Teaching kids to explore food and try new things- Summer parties, picnics, or quick healthy meals- Creative food experiments (not only sushi — think wraps or even dessert rolls!)⚙️ Technical Details:- Print time: ± 5 hours- Filament usage: ~100 grams- Infill density: 5% (lightweight but strong enough for use)- Layer height: 0.2 mm (for smooth finish and detail)- Material: PLA or PETG (food-safe options recommended with a coating or lining)- Printer used: Ender-3 V3 SE- CAD software: SolidWorks🌟 Features & Benefits:- Easy to Use – Fill, press, roll, and slice with minimal effort- Consistent Results – Every sushi roll comes out even and uniform- Reusable & Eco-friendly – Replace disposable mats with a durable 3D-printed tool- Customizable – Scale the model up or down for bigger or smaller rolls- Fun for Kids – A playful way to get children involved in healthy cooking🧠 Educational & Lifestyle Value:- Encourages kids to explore cooking and creativity in the kitchen- Teaches about food preparation, healthy eating, and cultural dishes- Adds a hands-on, interactive element to family meals- Great conversation starter at parties or school food projects
Source
Creality Cloud
Publié
Ce qu'il faut pour imprimer: Intermédiaire Confiance moyenne
Pourquoi ?
2 couleurs
Monobloc 2 couleurs / AMS
Supports 1/3
Assemblage 0/3
Réglages 1/3
Taille du plateau 0/3
Post-traitement 1/3
Imprimante
FDM / FFF
Format de fichier
STL
Matériau
PLA, PETG
Couleurs
2 (AMS/MMU recommandé)
Temps estimé
5 h
Post-traitement
Ponçage
Logiciel
Cura, PrusaSlicer ou similaire
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