Spherical Die or Chaotic Cat Toy Ball

$17.00NZD
  • Arrives in 2 to 7 business days Printed in Auckland. $10 shipping, free over $75
  • 14-day faulty refund If it arrives broken or misprinted, we reprint or refund it
  • Secure checkout Card payments handled by Stripe
Material
High-Detail Resin (8K)
Colour
Grey
Weight
~8 g
Express shipping
$20
More information

The STL file only contains one piece, which you need to print twice. The octahedral chamber inside has 6 vertices, and so causes the ball only to land on one of 6 “sides” when a weight/ball bearing is added inside! If you want, you can draw numbers on the outside with a pen and use it as a standard d6/cubic die.

I unintentionally gave this to the cat one day, and he loved it!

I used PLA. NO SUPPORTS NEEDED. Print at 100% density to make the most “fair” dice-- so that the density is [constant] throughout the solid parts. The cylindrical holes around the outside are indexing holes sized for very short pieces of 1.75mm filament.

For a cat toy, it could be fun to scale up and maybe add multiple weights/bearings; just note that the indexing holes may not work exactly as expected any more.

Design and description by RyanR , licensed CC-BY.

More 3D printed cat toys

Frequently asked

How long does shipping take?

Spherical Die or Chaotic Cat Toy Ball is printed to order. Lead time is typically 1-3 business days plus 1-4 days NZ shipping. Standard NZ shipping is $10, free over $75.

What material is this printed in?

By default this is printed in High-Detail Resin (8K) at 0.025 mm layer height on an MSLA resin printer. Custom material and colour swaps are available, just leave a note at checkout.

Can I get this in a different colour?

Yes. Every product can be printed in any of the resin colours we stock, or hand-painted on request. Leave a note at checkout or email [email protected].

Do you ship outside of New Zealand?

Currently New Zealand only. Australian shipping is coming.

Who designed this?

Designed by an independent sculptor and licensed for commercial printing. The original is linked on this page.

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