Hilbert Curve Marble Run - Geometric Marble Track, STEM Toy, Desk Decor, 3/16" Bearings Included

Elevate your desk with this mesmerizing Hilbert Curve Marble Run, a stunning fusion of art, engineering, and mathematics. This unique marble run features a captivating Hilbert Curve pattern—a continuous fractal space-filling curve that transforms a simple roll into a hypnotic journey.

Designed for smooth performance, this marble run is precision-engineered to accommodate 3/16" bearings, ensuring seamless motion as they twist and turn through the intricate pathway. Each purchase includes five high-quality 3/16" bearings, so you can start enjoying the satisfying flow right out of the box. Watch in awe as the bearings glide effortlessly, tracing the elegant geometry of the Hilbert Curve—a perfect blend of fun and intellectual intrigue.

Whether you're a STEM enthusiast, a lover of kinetic art, or simply seeking a conversation-starting piece, this marble run is an ideal addition to any space. Its sleek, modern design and flawless functionality make it a thoughtful gift or a delightful treat for yourself. Hand-assembled with care, every detail reflects a commitment to quality and creativity.

Product Details:
- Material: Durable, high-quality 3D-printed PLA
- Bearing Size: Designed for 3/16" bearings (5 included)

Add a touch of mathematical elegance and kinetic wonder to your life—order your Hilbert Curve Marble Run today!

**Disclaimers:
- This Marble Run is not suitable for children under 6 years of age. Contains small 3/16" bearings that pose a choking hazard if swallowed. Adult supervision is recommended for young users.
- With all 3D Printed products, visible artifacts may be present such as layer lines, tiny gaps, small bumps, stringing, or other tiny imperfections. This is a normal result of the 3D printing process.

This item is individually crafted by me using precision printing, where I serve as the production partner, transforming a licensed digital design—sourced from a creator offering commercial-use permissions—into a tangible, high-quality physical product. By calibrating print parameters, selecting optimal materials, and ensuring consistent quality control, I bring this model to life as a finished good.

License & Attribution
Original design by moebio, licensed under Creative Commons - Attribution. View the original design on Thingiverse: https://www.thingiverse.com/thing:3031891