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🧮 3D-Printed 9-Digit Children’s Colorful Abacus Model | 3D Printing Model

An early math-learning tool: a colorful, integrated abacus with multi-colored beads—perfect for elementary school students to practice arithmetic through hands-on DIY crafting!

✨Model Overview

This standard 9-digit, two-color-bead children’s abacus features a split‑upper-and-lower bead design, with nine distinct color-coded sections for clear visual differentiation. Its one-piece frame incorporates sliding bead rods, ensuring a sturdy structure that resists disassembly. Specifically crafted for young learners’ math introduction and classroom arithmetic practice, this 3D-printed educational tool is safe and free of sharp edges or burrs.

🔧Design Highlights

  1. Standard 9-Digit Arithmetic Structure: The upper and lower beads follow a standardized ratio, making it ideal for elementary math instruction and capable of handling basic addition, subtraction, multiplication, and division.

  2. Multi-Colored Partitioned Beads: Each digit features uniquely colored beads, providing intuitive visual cues for counting and carrying over during calculations.

  3. Rounded, Safety-First Frame: Both the frame and beads are fully rounded with no sharp edges, ensuring safe play without risk of injury.

  4. Modular Design for Easy Printing and Assembly: The frame, beads, and connecting rods are printed separately, minimizing large overhangs and enabling even beginners to assemble the model effortlessly.

  5. Durable, Wear-Resistant Construction: Optimized gaps between beads and rods ensure smooth, snag-free sliding, while repeated use won’t cause parts to loosen or fall off.

Originality of the Model

The author declares that this work is their personally original model

This model is licensed under the following terms:

Credit must be given to the creator

Only noncommercial uses of the work are permitted

Models(2)

  • model file image
    算盘.3mfDesigner

    394.86 KB

    2026-06-29

  • model file image
    算盘1.3mfDesigner

    838.21 KB

    2026-06-29

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