3D Printed Helix Screw Fidget Toy

3D Printed Spiral Cone Toy Impossible Pyramid Passthrough Sculpture Desk Toy Pass Through Pyramid Fidget Toy for Kids and Adults

Feature:

1.Mesmerizing Illusion Design: The 3D printed spiral cone toy showcases an innovative visual design that creates captivating and mind-bending optical illusions. It offers a truly mesmerizing experience that fascinates both art aficionados and design enthusiasts.
2.Cutting-edge Precision Manufacturing: Employing the latest advancements in 3D printing technology and eco-friendly PLA plastic materials, each fidget toy is meticulously crafted to ensure impeccable precision and long-lasting durability. This guarantees a high-quality product that can withstand continuous use.
3.Versatile Display Possibilities: The impossible pyramid passthrough sculpture offers versatile display options, allowing it to be easily separated into two parts or combined for exhibition purposes. Whether it becomes a striking centerpiece in home decor or a captivating element in a large-scale art installation, it adds an enchanting touch to any space.
4.Enchanting Pyramid Illusion: By creating a magical passage between two independent sections, the pass through pyramid fidget toy generates astonishing illusion effects, delivering users an extraordinary and almost mystical experience. It ignites curiosity and encourages exploration, captivating individuals with its enchanting effects.
5.Perfect Gift for Art and Science Enthusiasts: With its attention-grabbing design and exceptional craftsmanship, this desk toy becomes an ideal gift for both art and science enthusiasts. It serves as not only a collectible item but also a memorable present that stimulates contemplation and appreciation for exquisite craftsmanship.

Specification:
Origin: Mainland China
Color: As Shown
Material: PLA
Size: 2.6*1.5in

Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.