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Nikola Tesla Electromagnetic Vortex Columbus Egg
The Nikola Tesla Electromagnetic Vortex Columbus Egg Experiment is a fascinating science demonstration device designed to showcase the principles of magnetism, rotation, eddy currents, and gyroscopic stability.
230 €
Description
Nikola Tesla Electromagnetic Vortex Columbus Egg Experiment
Inspired by classic physics experiments, this educational model uses a powered motor to rotate two upper magnets, creating a magnetic vortex effect that causes the metal egg placed above to spin.
As the magnetic field intensifies, eddy currents are generated inside the metal egg, causing it to rotate along its long axis. As the speed increases, the egg develops a gyroscopic effect and gradually rises to a standing position, creating an impressive visual demonstration of electromagnetic force in action. This experiment is ideal for physics enthusiasts, classrooms, STEM education, and anyone interested in Nikola Tesla-inspired scientific devices.
Made with stainless steel components and a compact structure, this experiment model is both durable and visually engaging. It is a great choice for educational demonstrations, desktop science displays, and hands-on learning about electromagnetic motion.
PRODUCT DETAILS
| Product Type | Electromagnetic Physics Experiment Device |
| Product Name | Columbus Egg Experiment |
| Material | Stainless Steel |
| Control Method | Force Control |
| Working Principle | Magnetic Eddy Current and Gyroscopic Effect |
| Function | Metal Egg Rotates and Stands Upright |
| Size | 12 x 12 x 10 cm |
| Type | Hand Tool Parts |
| High-Concerned Chemical | None |








