Prism – Geometric Perfection in Flight A Masterpiece of Light and Shadow The Leviou™ Prism is where architectural precision meets zero gravity. Inspired by the complex facets of cut gemstones and raw minerals, this 12-sided geometric sculpture is designed to catch the eye from every angle. 3D-printed in a rich, deep brown finish, the Prism rotates silently in mid-air, creating a mesmerizing interplay of light and shadow as it spins. It is more than just decor; it is a statement piece for the modern thinker. The sharp lines and perfect balance symbolize clarity and focus, making it the ideal addition to an executive desk or a minimalist living space. Why the Prism stands out: Striking Geometry: A complex, multi-faceted design that looks different from every perspective as it rotates. Warm, Earthy Aesthetics: The deep brown, wood-like finish adds a touch of organic warmth to high-tech environments. Hypnotic Motion: Suspended in mid-air by our advanced magnetic technology, the Prism spins indefinitely without friction or noise. Premium Feel: Weighted and balanced to perfection, offering a solid, high-quality presence even when held in hand. Specifications: Levitation Height: 20mm - 40mm Rotation: Constant 360° motion Magnetic Base Dimensions: 12cm x 12cm x 2cm (L x W x H) Material: Premium Prism & ABS for base What’s in the Box: 1 x Prism Sculpture 1 x Leviou™ Magnetic Base (Black or White) 1 x Power Adapter & Setup Guide FAQ – The Prism What material is it made of? The Prism is crafted from a high-density 3D-printed composite material. This allows for sharp, precise edges while maintaining the specific weight distribution required for stable levitation. The finish resembles dark wood. Does it spin fast or slow? The rotation speed is determined by the initial spin you give it. Because there is virtually no friction, a gentle spin can keep the Prism rotating slowly and elegantly for hours. Is it hard to balance due to the angles? Not at all. Despite its complex exterior, the internal magnetic core is perfectly centered. Simply lower it onto the base using the included guide, and it will lock into its floating position just as easily as our spherical models.
