Klein Bottle

Explore the fascinating world of mathematical curiosities with our 3D printed Klein bottle. This unique object represents a non-orientable surface that challenges our perception of space and dimensionality.

The Klein bottle is a remarkable topological object that cannot exist in three-dimensional space without intersecting itself. It’s essentially a bottle whose inside is mathematically connected to its outside, creating a single surface with no boundary.

Material
Our Klein bottle is crafted using high-quality 3D printing technology, ensuring precise geometry and a smooth finish. The bottle is made from durable PLA plastic, which provides excellent detail and longevity.

Sizing
Measuring 18 cm in height, this Klein bottle makes for an ideal desk ornament or conversation piece. Its compact size allows for easy display on shelves, mantles, or office spaces.

Educational Value

This 3D printed Klein bottle serves as an excellent educational tool for:

– Demonstrating complex mathematical concepts
– Exploring topology and non-Euclidean geometry
– Inspiring discussions on higher-dimensional spaces

Care Instructions

To maintain your Klein bottle’s appearance:

– Dust gently with a soft, dry cloth
– Avoid exposure to direct sunlight or extreme temperatures

Whether you’re a mathematics enthusiast, educator, or simply intrigued by unusual objects, this 3D printed Klein bottle offers a tangible representation of an otherwise impossible shape, bringing abstract mathematical concepts into the physical world.