Magnetic levitation demonstration device for hands on learning and classroom display What it does Demonstrates core principles of magnetic levitation, including magnetic repulsion and stable suspension. Makes invisible physics concepts visible so students can observe field interaction and equilibrium in real time. Designed for repeated experiments and clear demonstration rather than electronic or software simulation. Why customers need it Helps teachers and instructors turn abstract concepts into concrete classroom experiences that support student understanding. Provides a repeatable, lowpreparation tool for labs, lessons, and demonstrations, reducing setup time and keeping focus on learning outcomes. Engages students and visitors with a visually striking experiment that prompts questions and discussion. Key features and attributes Materials: constructed from magnets and ABS plastic for durability and consistent performance. Operation: simple setup and straightforward operation allow quick transitions from explanation to demonstration. Portability: compact and easy to move between classroom, lab, and exhibition spaces. Performance: built to support repeated demonstrations that illustrate levitation principles and magnetic interactions. Who it is for School teachers preparing physics lessons or demonstrations. Students conducting experiments or preparing presentations. Science educators, physics enthusiasts, and exhibit coordinators seeking a hands on teaching aid. Practical use scenarios Classroom demonstration: Use during a lesson on forces and fields to show magnetic levitation in real time and prompt class discussion or measurement tasks. Laboratory activity: Integrate into student lab exercises to compare theory with observation, record levitation height, or explore how orientation affects stability. Technology exhibitions or science fairs: Place on display to attract attention and use simple explanations to illustrate magnetic field behavior to visitors. What it delivers A reliable, repeatable demonstration tool that supports teaching and learning of magnetic levitation concepts. Clear visual evidence of magnetic interaction to help learners form intuitive and analytical understanding. Note Materials and basic function are magnets and ABS; intended for educational demonstrations and experimental use in supervised learning environments.