Perfect 3D Peyote Star Solid Stuffing

PERFECT PEYOTE STAR SOLID STUFFING

+ FREE Tutorial

You can also view this video on YouTube: Perfect Peyote Star Solid Stuffing Promo Video

After all the work you did to bead the 3D Peyote Star, you want it to look perfect. Use the Perfect Peyote Star Solid Stuffing to create a perfect sharp puffy Peyote Star.

The Solid Stuffing consists of 3D printed low weight, strong, transparent, organic plastic points that complement your beadwork in all colors.

It has the perfect fit.

The Solid Stuffing has a unique Tension System that allows the size of the stuffing to be adjusted to the tension of the beadwork.

Different sizes: a bigger star needs bigger stuffing. Choose the number of rows (= rows of the warped squares) in the drop-down menu.

The stuffing consists of:

• 7 - 12 rows: 30 points and 12 Tension Discs (2 different sizes) to stuff 6 Peyote Stars
• 13 - 17 rows: 25 points and 10 Tension Discs (2 different sizes) to stuff 5 Peyote Stars
• 18 - 20 rows: 20 points and 8 Tension Discs (2 different sizes) to stuff 4 Peyote Stars
• 21 - 24 rows: 15 points and 6 Tension Discs (2 different sizes) to stuff 3 Peyote Stars
• 25 - 29 rows: 10 points and 4 Tension Discs (2 different sizes) to stuff 2 Peyote Stars
• 30 rows and more: 5 points and 2 Tension Discs (2 different sizes) to stuff 1 Peyote Star

One colour: transparent

Before you use the solid stuffing: please refer to the FREE PDF tutorial: Perfect Peyote Star Solid Stuffing Tutorial

Please also view this video on YouTube: Perfect Peyote Star Solid Stuffing Promo Video

For our 3D printed products we use PLA plastic or polylactic acid which is a vegetable-based plastic material, which commonly uses cornstarch as a raw material. This material is a thermoplastic aliphatic polyester and it is the primary natural raw material used in 3D printing. PLA is a fully biodegradable thermoplastic polymer consisting of renewable raw materials, but is still extremely strong.

Disclaimer

All 3D Printed products are made by the Plastic Extrusion method. This means that plastic is heated and layered upon itself to build the final part. As a result the resulting completed parts are not as strong as normal injection molded plastics.

It is not recommended to use 3D Printed parts in confined spaces that are subject to high temperatures as the parts may distort. Examples include: inside a hot car, in direct sunlight or in a dishwasher. We are not responsible for any damage as a result of high heat exposure.

The surface will show extrusion rings, blemishes and other minor imperfections. This does not diminish the use/function of the 3D prints.

- This product is made out of strong PLA plastic, but it’s still breakable

- Don’t leave it out in heat or direct sunlight

- This product is not a toy

- Beware of choking hazard

- Keep it away from children

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Please do not copy this invention or instructions, or use them for commercial purposes.