1 / 1
Weaving Shuttle for Small Looms / Webschiffchen für kleine Webrahmen (20 cm) - Child-Friendly — image 1

Weaving Shuttle for Small Looms / Webschiffchen für kleine Webrahmen (20 cm) - Child-Friendly

Order a print of this model

We calculate the final price from your selected file. You review and accept it before payment.

Saved on this device.

Easy-to-handle weaving shuttle for kids, perfect for small looms. Kinderfreundliches Webschiffchen für kleine Webrahmen.

Rating
0 / 5
Likes
8
Downloads
57
Makes
0
Views
153
Reviews
0

Updated at source:

Model information

License
Creative Commons — Attribution — Noncommercial — Share Alike

This simple yet functional weaving shuttle is designed especially for children's weaving looms. With smooth rounded edges and a lightweight form, it's the ideal tool to introduce young crafters to the basics of weaving and textile work.

Its compact size makes it great for small hands and small looms, such as DIY cardboard looms or beginner kits found in schools or craft sets.

  • Dimensions: 20 cm length x 2 cm width x 0.5 cm height

  • Material-friendly design – no sharp edges, gentle on small hands

  • Fits most small weaving frames for kids or classroom projects


Key Features:

  • Rounded prongs for easy thread guiding

  • Compact and lightweight for child use

  • Designed for 3D printing with minimal material use


Use Cases:

  • Craft and art projects in schools

  • Home DIY weaving projects with cardboard or wooden frames

  • Introduction to weaving for kids aged 5+

  • Replacement part for child weaving kits


Printing Tips:

  • Material: PLA (child-safe, easy to print)

  • No supports needed

  • Layer height: 0.15 / 0.2 mm recommended

  • Infill: 15–20% is sufficient for strength

  • Print flat for best durability


Customization:

Need a different length or thickness to fit your loom? Feel free to reach out for custom dimensions or enhancements!


If you like my model(s), please leave a like to support my work and help bring more great designs to life! 🚀

Tags