Float and Spin Magnet Demonstrator
Product Code : EL-PLE-13176
Eduscope India is a leading Float and Spin Magnet Demonstrator
Quick Answer: Float and Spin Magnet Demonstrator uses magnetic repulsion to hold a spinning axle suspended above its base, giving a simple twist-of-the-fingers demonstration of magnetic force.
This compact desktop apparatus is built to make magnetic repulsion visible and memorable for students, part of EduScope India's electronic lab instruments India range under Physics Lab Equipment. It turns an invisible force into a spinning, eye-catching classroom display that starts with nothing more than a twist of the fingers. A clear acrylic plate holds a spinning axle in position directly above magnets built into the base of the apparatus; because like magnetic poles repel one another, the base magnets push back against the magnet in the axle, keeping it suspended above the plate rather than resting on it. A simple twist of the fingers is enough to start the axle spinning, and it continues to rotate while the ongoing repulsion keeps it aloft, giving instructors an easy way to open a discussion on magnetic forces. The demonstrator is finished in an easy-to-see black and white pattern, chosen so students can track the speed of the rotation as it spins.
| Specification | Value |
|---|---|
| Axle length | 5" |
| Overall dimensions | 2-1/2" x 5" x 3" |
| Finish | High-contrast black and white pattern |
EduScope India's physics equipment, including this Float and Spin Magnet Demonstrator, is exported to Mainland Southeast Asian markets such as Myanmar, Cambodia, Laos and Thailand, supporting school lab equipping in the region.
This demonstrator is also among the electronic lab instruments India EduScope India regularly supplies through bulk institutional and government lab-equipment orders, school chains and CSR-funded science-education programs.
It is part of EduScope India's Physics Lab Equipment range. Educators building out a magnetism unit may also want to look at the Hand Rule Demonstrator, another classroom demonstration tool for magnetic principles.
